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CPS-1848 User Manual

93

June 2, 2014

Formal Status

This document is confidential and is subject to an NDA.

Integrated Device Technology

5. Performance

This chapter discusses the packet switching performance characteristics of the CPS-1848. Topics discussed include the
following:
•

•

Performance Monitoring

•

Performance Measurements

•

Port-to-Port Performance Characteristics

5.1

Overview

Performance for packet switching is characterized by three measurements: throughput, latency, and latency jitter. Performance
is specified for error-free transmission and reception of packets, and for end-to-end transfers through the CPS-1848.

Performance is specified for a single switch. Performance for larger systems can be computed from this data.

5.1.1

Throughput

Throughput for packets is a measurement of the amount of packet data that can be transferred in a given amount of time. It can
be presented in different forms:
• Percentage of a link’s bandwidth (for example, 56% of a 1x @ 6.25 Gbaud)
• Number of packets of a given size per unit time (for example, 3000 44-byte packets per second)
• Bit transfer rate (for example, 300 Mbps)

Throughput measurements include only successfully transferred packets. Measured throughput does not include control
symbols, retried packets, or other non-packet data transmitted/received on a link (/K/ and /R/ characters).

5.1.2

Latency

Latency is the amount of time between when a packet is received and when it is transmitted. The specific time at which a
packet is received and transmitted are deemed to have started, however, must still be defined. Latency is measured as the
time interval between the first bit of the Start-of-Packet arriving at the ingress of the CPS-1848 and that same bit leaving the
device.

displays the path a packet flows through the CPS-1848. For CPS-1848 latency performance, packet reception time

begins with the time the first bit of a packet is seen on the input pins. Packet transmission begins when the first bit of a packet
is transmitted on the output pins.

As part of the resolution of resource contention, higher priority packets can pass packets of lower priority. Latencies should
therefore increase as the priority of a packet decreases. The latency of higher priority packets are consistently low.

A specific time for packet latency can be specified only when there are no conditions that create resource contention between
packets. For example, if a single stream of packets passing from an ingress port to an egress port is the only traffic handled by
the CPS-1848, it is possible to specify the latency for the packets in this stream.

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Summary of Contents for CPS-1848

Page 1: ...CPS 1848 User Manual Central Packet Switch Formal Status June 2 2014 Titl...

Page 2: ...terized errata will be made available upon request Items identified herein as reserved or undefined are reserved for future definition IDT does not assume responsibility for conflicts or incompatibili...

Page 3: ...30 2 3 1 Packet Routing Overview 30 2 3 2 Unicast Programming Model 31 2 3 3 Multicast Programming Model 33 2 3 4 Programming Examples 34 2 4 Flow Control 38 2 4 1 Transmitter and Receiver Controlled...

Page 4: ...Polynomials 84 3 6 2 User Defined Patterns 84 3 6 3 PRBS Pattern Generator 85 3 6 4 PRBS Pattern Checker and Log Revision C 85 4 Switch Fabric 87 4 1 Key Features 87 4 2 Switch Fabric Architecture 88...

Page 5: ...ation 137 6 3 2 Physical Layer Events Notification 139 6 3 3 Lane Event Notification 146 6 3 4 I2C Event Notification 146 6 3 5 JTAG 1149 1 Event Notification Revision A B Only 147 6 3 6 Configuration...

Page 6: ...d AC Extest Compliance 183 8 3 Test Instructions 184 8 4 Device ID Register 184 8 5 Initialization and Reset 185 8 6 Configuration Register Access Revision A B 185 8 6 1 Configuration Register Access...

Page 7: ...0 5 1 Port Maintenance Block Header Register 229 10 5 2 Port Link Timeout Control CSR 230 10 5 3 Port General Control CSR 230 10 5 4 Port 0 17 S RIO Extended Features Base Addresses 231 10 5 5 Port 0...

Page 8: ...rt 0 17 Implementation Specific Error Report Enable Register 291 10 10 10 Broadcast Port Error Report Enable Register 294 10 10 11 Broadcast Port Implementation Specific Error Report Enable Register 2...

Page 9: ...17 Trace 2 Mask 4 Register 325 10 13 32 Port 0 17 Trace 3 Value 0 Register 326 10 13 33 Port 0 17 Trace 3 Value 1 Register 326 10 13 34 Port 0 17 Trace 3 Value 2 Register 327 10 13 35 Port 0 17 Trace...

Page 10: ...obal Device Configuration Registers 351 10 14 1 Device Control 1 Register 351 10 14 2 Configuration Block Error Report Register 353 10 14 3 Aux Port Error Report Enable Register 354 10 14 4 RapidIO Do...

Page 11: ...eceived Packets Dropped Counter Register 393 10 16 25 Port 0 17 VC0 Transmitted Packets Dropped Counter Register 394 10 16 26 Port 0 17 VC0 TTL Packets Dropped Counter Register 395 10 16 27 Port 0 17...

Page 12: ...ne Control Register 434 10 20 13 Broadcast Lane PRBS Generator Seed Register 438 10 20 14 Broadcast Lane Error Detect Register 439 10 20 15 Broadcast Lane Error Rate Enable Register 440 10 20 16 Broad...

Page 13: ...Physical Layer Error Management Programming Model Flow Chart 109 Figure 21 Implementation Specific Physical Layer Error Management Programming Model Flow Chart 110 Figure 22 Lane Error Management Prog...

Page 14: ...with 7 bit Slave Address ADS is 0 181 Figure 41 Read Protocol with 7 bit Slave Address ADS is 0 182 Figure 42 JTAG Write Access Timing Diagram 186 Figure 43 JTAG Read Access Timing Diagram 186 Figure...

Page 15: ...Routing Packets Correctly 65 Table 18 Packet Counters and Configuration Issues Switch Cannot Transmit Packets 66 Table 19 Configuration and Status Values to Check Switch Cannot Transmit Packets 67 Ta...

Page 16: ...otification Control 140 Table 54 Port Write Programming Model Registers and Fields 148 Table 55 Standard Type 1 Port Write Format 149 Table 56 IDT Type 2 Port Write Format 151 Table 57 Error Log Event...

Page 17: ...ription of the CPS 1848 s registers References provides a list of specifications referred to in this manual Additional Resources In addition to this user manual which explains the functionality of the...

Page 18: ...nformation in Table 35 Table 44 Table 52 and Table 60 to align with the Logical Transport Layer Control Capture CSR Updated the first three bullets in Error Log Event Notification Programming Model to...

Page 19: ...d other minor improvements throughout the document February 7 2013 Formal Manual Updated Maintenance Packet Routing Updated the caution in Generating a Reset Request Added a caution to Hot Extraction...

Page 20: ...he 20 31 fields to reserved in Lane 0 47 DFE 1 Register and Broadcast Lane DFE 1 Register Changed the definition of the 19 21 and 25 26 fields in the following registers to reserved Lane 0 47 Error Re...

Page 21: ...G Clock Constraints Updated step 7 in I2C EEPROM Format Updated Received Retry Count Trigger Congestion Isolation Updated Link Initialization and Register Initialization Updated Port Reconfiguration O...

Page 22: ...ed references to SerDes TX to RX Loopback Mode and Port Level Loopback features and their respective register functionality SERDES_LPBK and PORT_LEVEL_LPBK_SWITCH_SIDE_EN fields Completed other minor...

Page 23: ...ation RapidIO switching supports standard RapidIO routing functionality including unicast and up to 40 multicast groups The CPS 1848 exceeds the RapidIO Specification Rev 2 1 to support broadcast rout...

Page 24: ...ticast masks with broadcast capability Global route and per port local route modes Supervision Fault Management Congestion Management Compliant with RapidIO Specification Rev 2 1 Part 8 Error Manageme...

Page 25: ...h fabric support a separate routing path for maintenance packets which provides register access from any RapidIO port In addition the I2C Interface and the JTAG 1149 1 Interface also support access to...

Page 26: ...formance to power ratio allows unprecedented compute density to enable 3G and 4G systems Switched architecture allows highly scalable system for micro and macro BTS implementations Carrier grade 6 25...

Page 27: ...vice system memory reads and writes Figure 4 Military Open VPX System Application 1 4 3 Video and Imaging Application Benefits 40 multicast masks per port provides strong support for broadcasting or m...

Page 28: ...t Control Symbols Port Reconfiguration Operations Reset Control Symbol Processing Hot Extraction Insertion Packet Trace and Filtering Packet Generation and Capture Packet Transfer Validation and Debug...

Page 29: ...er and transmitter controlled flow control S RIO based reset support Packet retransmission management Link maintenance and software assisted error recovery Packet transmission cancellation Link error...

Page 30: ...implementation specific registers for both the routing tables and for multicast In addition debug features such as packet trace and filtering augment the normal packet routing The following sections d...

Page 31: ...tries Configuration destID Select CSR specifies the destID whose routing is affected by writes to the Standard Route Table Entry Configuration Port Select CSR The Standard Route Table Entry Configurat...

Page 32: ...is allows packets with the same destID to be routed differently depending on which port they are received This can be used to partition the switch or to create virtual networks The Route Port Select R...

Page 33: ...ved the maintenance request The source ID of the request packet becomes the destID of the response packet and the destID of the request packet becomes the sourceID of the response packet For Revision...

Page 34: ...3 3 3 Broadcast Routing The RapidIO Specification Rev 2 1 requires that multicast packets are not replicated to the port that they are received on This allows one multicast mask to be shared among man...

Page 35: ...5 Route destID 0x7A00 0x7AFF to the default port Standard Route Table Entries Configuration destID Select CSR 0x70 0x00007A00 Standard Route Table Entry Configuration Port Select CSR 0x74 0x000000DE D...

Page 36: ...Route destID 0x43xx to port 5 for all ports Broadcast Domain Route Table Register 0 255 0xE0050C 0x00000005 Route destID 0x5500 to 0x55FF according to the Device Routing Table for all ports Broadcast...

Page 37: ...t CSR 0x80 0x00200040 0x00200A10 0x00200B10 0x00200C10 Associate DestID 0x03 with Multicast Mask 0x20 on all ports except port 11 The association is performed in two steps 1 Associate all ports with t...

Page 38: ...del Transmitter and receiver controlled flow control decide which packets to send based on a packet s priority The CPS 1848 supports the four standard RapidIO priorities numbered 0 to 3 where 3 is the...

Page 39: ...itialization or reset see Table 6 The watermark values in the Port 0 17 Watermarks Register should be set based on the buffer size of the link partner and the required traffic characteristics for pack...

Page 40: ...The packet is not acknowledged 4 Tracking of outstanding Link Request Input Status error recovery control symbols is reset Lane 0 47 Control Register LANE_DIS Lane disable enable Port reset see PORT_S...

Page 41: ...ding packets to the reset port some packets may exist in the final buffer after the reset It is also possible for maintenance responses to be sent after the reset because maintenance requests with a h...

Page 42: ...and the CLR bit in this register should be set to 1 This will cause all outstanding unacknowledged packets to be dropped Alternatively the procedure for hot insertion can reset the link partner and d...

Page 43: ...Prevent acceptance of new packets from the HS LP 4 Reset and or extract the HS LP 5 Confirm the reset extraction by reception of an extraction event as described below 6 Prepare the port for the inser...

Page 44: ...N_PORT_FAIL_ENC_EN and DROP_PKT_EN are set see Event Isolation Port 0 17 Operations Register F40004 0x100 Y 0x10000000 PORT_INT_EN or 0x08000000 PORT_PW_EN Ensure at least one of PORT_INT_EN or PORT_P...

Page 45: ...17 Control 1 CSR 0x15C 0x20 Y 0xXXXXXXXF Ensure PORT_LOCKOUT STOP_ON_PORT_FAIL_ENC_EN and DROP_PKT_EN are set Note Responses may be in flight to from the HS LP at this point Device Control 1 Register...

Page 46: ...port as described in Packet Routing This should stop requests from being issued to the HS LP Port 0 17 Control 1 CSR 0x15C 0x20 Y 0xXXXXXXXF Ensure PORT_LOCKOUT STOP_ON_PORT_FAIL_ENC_EN and DROP_PKT_...

Page 47: ...threshold to detect an OUTPUT_FAIL condition Port 0 17 Error and Status CSR if one or more errors occur Lane 0 47 Error Rate Enable Register 0xFF8010 0x100 lane_num 0x00000003 Enable error reporting...

Page 48: ...d synchronizing ackIDs depends on whether the HS LP or another node in the system is the Recovery Controller and the specific link configuration Common scenarios involving the CPS 1848 are described i...

Page 49: ...he port Port 0 17 Control 1 CSR 0x15C 0x20 port_num Value is port specific Ensure PORT_LOCKOUT STOP_ON_PORT_FAIL_ENC_EN and DROP_ENABLE are cleared 3 Reset the HS LP and CPS 1848 port Y simultaneously...

Page 50: ...s not a CPS 1848 Remote the register address and value written are implementation specific 2 Disable and clear error conditions that prevent transmission of link requests by the HS LP Local Port 0 17...

Page 51: ...known clear ackIDs If the CPS 1848 Remote port is not known skip step 6 and proceed to step 7 Port 0 17 Local ackID CSR 0x000148 0x20 Y CPS 1848 Remote 0x80000000 Clear ackIDs on the CPS 1848 Remote p...

Page 52: ...r HS LP Local inbound ackID while retaining existing outstanding outbound ackID Port 0 17 Local ackID CSR 0x00148 0x20 Y CPS 1848 Remote 0x81000000 Clear outstanding outbound ackID on CPS 1848 Remote...

Page 53: ...for packet forwarding Each S RIO port provides a set of four uniquely configurable 160 bit comparison values that can selectively be applied using a bit mask to the first 160 bits of each packet that...

Page 54: ...res Each S RIO port supports a trace port functionality The user can define which output port is enabled for the Trace function For a specific device all packets that match the Trace criteria from all...

Page 55: ...ets that do not match the trace criteria With this configuration packets received by a port that are to be routed to the trace port as defined by that port s route table will be dropped by the device...

Page 56: ...hat are generated as a result of trace matches Trace match based port writes are enabled via TRACE_PW_EN in the Port 0 17 Operations Register Standard port write packet generation is not affected by t...

Page 57: ...son value at that port Each S RIO port can enable disable packet trace and packet filtering simultaneously for each unique comparison value If both packet filtering and packet trace are enabled and a...

Page 58: ...t where the response packet is captured in the Final Buffer The response packet can then be read out There are two scenarios for the use of PGC mode The first sends a packet directly to the link partn...

Page 59: ...cket generation and capture to operate PORT_OK status can be achieved by connecting to a link partner or by connecting the port s TX lanes to its RX lanes Table 13 PGC Mode Example Connectivity Test S...

Page 60: ...ata of maintenance packet at priority 0 0x100134 0x08000100 Bytes 4 7 of Maintenance Read 0x100130 0x00005001 Clear SOP for remaining data writes 0x100134 0x00001DFE Bytes 8 11 of Maintenance Read 0x1...

Page 61: ...0x00006004 Enable read access to final buffer priority 1 queue 0x100144 Read 0x0000XXXX Bytes 8 11 of Maintenance Read Response where XXXX is the most significant 2 bytes of the link partners Device I...

Page 62: ...ters NACK d packets are not counted as received or dropped Port 0 17 VC0 Retry Symbols Transmitted Counter Register Increments when a retry CS is sent No relation to other counters retried packets are...

Page 63: ...Counter Register is not 0 on the port that should be receiving packets and this counter is 0 on the port that should be transmitting the packets this indicates a routing configuration issue Port 0 17...

Page 64: ...s CSR PORT_OK If this bit is set to 0 the link is not connected to the link partner For more information see the Debugging IDT S RIO Gen2 Switches Using RapidFET JTAG PORT_ERR If this bit is set to 1...

Page 65: ...ty enabled and which packets will be dropped check the FILTER_x_EN bits in the Port 0 17 Operations Register If the registers in Table 17 are set correctly then each route must be verified individuall...

Page 66: ...ry The link partner is configured to accept packets but is congested Debug the link partner s ability to accept packets Port 0 17 VC0 Transmitted Packets Dropped Counter Register This counter indicate...

Page 67: ...h output port has detected an error and error recovery is not complete Packets will not be transmitted until OUTPUT_ERR_STOP has been cleared Check that the Port Link Timeout Control CSR has been init...

Page 68: ...ance If you are unable to resolve issues in your system using the information in this document please contact IDT RapidIO support As part of the request please submit the following register values for...

Page 69: ...Lane to Port Mapping Lane and Port Speeds Lane PLL and Port Power Down Port and Lane Initialization Sequence Loopback Capabilities Bit Error Rate Testing Figure 12 shows a block diagram of an S RIO La...

Page 70: ...ee the CPS 1848 Datasheet Software can also control the device s port width settings and lane to port mapping using the Quadrant Configuration Register Table 20 shows the supported mapping of lanes to...

Page 71: ...13 17 Unused 01 1 2x 1 4 5 1 2x 13 6 7 5 4x 5 20 23 9 4x 9 36 39 17 Unused 10 1 2x 1 4 5 1 2x 13 6 7 5 4x 5 20 23 9 2x 9 36 37 9 2x 17 38 39 11 1 2x 1 4 5 1 1x 13 6 1 1x 17 7 5 4x 5 20 23 9 4x 9 36 3...

Page 72: ...0 determines the CPS 1848 s quadrant configurations Software can also control the quadrant configurations based on the value of QUADx_CFG in the Quadrant Configuration Register The least significant...

Page 73: ...oth ports and requires a per port reset of both ports The register accesses listed in Table 22 are required to reconfigure the lane speeds of the ports Each SerDes has a single PLL The PLL can be conf...

Page 74: ...47 Control Register 0xXXXXX0A Set TX_RATE and RX_RATE fields to 0b01 Set LANE_DIS field to 0 0xFF8300 Lane 0 47 Control Register 0xXXXXX0A Set TX_RATE and RX_RATE fields to 0b01 Set LANE_DIS field to...

Page 75: ...fy board layouts the CPS 1848 can automatically detect and correct when the positive and negative traces of a differential pair for a lane are inverted Lane inversion status for each lane is located i...

Page 76: ...tion is working However consistent with the RapidIO Specification Rev 2 1 the initialization sequence for 4x ports was not designed to operate correctly when connected to multiple separate 1x ports on...

Page 77: ...to configured reset and preset tap values The reset and preset values for each of the two pre emphasis taps are configured through writes to the Lane 0 47 Status 2 CSR The output waveform has three pa...

Page 78: ...d the step size of the previous bits to the last bit increases The following graph shows the change in the step size as the register DAC value is increased The dB value is calculated as 20log previous...

Page 79: ...AP value is increased the step size from the initial bit amplitude to the subsequent bit amplitude increases The following graph shows the change in the step size The dB value is calculated as 20log s...

Page 80: ...register accesses The programming model for software control of the receiver DFE taps makes use of a paired select control bit and a tap value field for each tap The following are the pairs of select...

Page 81: ...he above steps are completed for a port the Port 0 17 Error Rate CSR ERR_RATE_CNTR field can be read to determine the number of errors seen since the counter was last cleared to 0 The above algorithm...

Page 82: ...ack points that can be used for test and fault isolation purposes These loopback points are displayed in Figure 14 and are discussed in the following sections Figure 14 Loopback Locations Port Block L...

Page 83: ...0 and 11 can only operate in 4x mode 10 bit loopback is not functional on those ports 3 5 1 2 8 bit Loopback Mode 8 bit loopback mode is controlled on individual lanes through the LPBK_8BIT_EN bit of...

Page 84: ...ial see CCITT O 1S1 ITU T O 150 section 5 6 SONET 2 x31 x28 1 For additional definition of the polynomial see ITU T O 150 section 5 8 and XAUI IEEE Std 802 3 2008 3 x10 x7 1 For additional definition...

Page 85: ...PS 1848 can check user defined patterns in 10 bit mode only see Lane 0 47 Control Register PRBS_UNIDIR_BERT_MODE_EN Table 25 Programming Model for CPS 1848 Data Generation Link Partner Checking Step O...

Page 86: ...Set Lane 0 47 Control Register PRBS_TRAIN to 0 Errors are not reported when in training mode 8 Read Lane 0 47 PRBS Error Counter Register Check for errors other than from configuration while running a...

Page 87: ...latency for more information see Performance Each port can buffer up to 12 packets from the link partner and up to 34 packets to be sent to the link partner Non blocking across all ports and all prior...

Page 88: ...for Revision C a hop count equal to 0 are handled as a separate flow by the Switch Fabric There is a separate path between each Input Buffer and the centralized Maintenance Transactions handling bloc...

Page 89: ..._EN field Packets accepted by the Input Buffer are managed using Virtual Output Queues VoQs There is a set of VoQs for maintenance packets with a hop count of 0 and one set of VoQs for each Crosspoint...

Page 90: ...sent to has an entry added to it for that packet When a packet that is being multicast is selected for transfer the other VoQs are checked to see if that packet is the first packet in the VoQ If it is...

Page 91: ...evel Block Transfers from the Input Buffer to the Maintenance function are performed on a strict priority basis If the priority of the maintenance packets is the same among the Input Buffers a round r...

Page 92: ...eters 1 Register BUF_ALLOC field as displayed in Table 26 The CPS 1848 supports an additional option for Final Buffer allocation If BUF_ALLOC in the Switch Parameters 1 Register is 0 then FB_ALLOC in...

Page 93: ...hroughput does not include control symbols retried packets or other non packet data transmitted received on a link K and R characters 5 1 2 Latency Latency is the amount of time between when a packet...

Page 94: ...e first bit if the destination has no available buffers These factors should be considered when creating a system timing budget see Table 30 5 2 Performance Monitoring The main purpose of the performa...

Page 95: ...rds on each port The calculations of the packet rate packet size and utilization are completed externally 5 2 2 Congestion Detection Congestion in the S RIO ports can be detected by monitoring the cou...

Page 96: ...ver a few parameters that require adjustments for specific usage case as listed below Input Buffer Crosspoint Buffer and Final Buffer Allocation Buffer Allocation Size Switching Arbitration mode Store...

Page 97: ...d and is given priority over all other flows in the queue of the same SRIO priority 5 3 1 2 2 Output Scheduler The output scheduler uses a proportional fairness algorithm to select from multiple cross...

Page 98: ...d flow control is the default mode for each port In this mode the transmitter sends packets only when the link partner has indicated that it has available input buffer space to receive them Buffer wat...

Page 99: ...e latency numbers under no congestion with default arbitration and watermark settings The numbers are based on the same ingress and egress port widths and baud rates The minimum latency is the minimum...

Page 100: ...nto a packet to maintain the baud rate of the port The appearance of a bubble indicates that the egress port is under utilized In a typical application an S RIO packet stream consists of an Start of P...

Page 101: ...ingress port and egress port will always maintain line rates This means there will be no retry of packets at the ingress and no bubble occurring in the egress packet streams This is true for any payl...

Page 102: ...ports When any of the egress ports has a line rate lower than the ingress port s bandwidth retries occur at the ingress port In this situation the egress port maintains its line rate For example when...

Page 103: ...rwarding delay minus the minimum forwarding delay through the switch Table 33 4x 2x 1x Multicast Event Control Symbol Latency Numbers Ingress and Egress Port Width Ingress and Egress Baud Rate Gbaud R...

Page 104: ...function interrupts port writes none should be triggered when an event is detected 3 Isolation automatic reactions to events How can the CPS 1848 prevent the event from impacting the remainder of the...

Page 105: ...e IDT Port Write PGC Interrupt Standard Port Write Filter Event Detected JTAG Event Detected JTAG Event Enables Lane Event Detected Lane Event Enables I2C Event Detected I2C Event Enables Physical Eve...

Page 106: ...rd Port Write Filter Event Detected Config Event Detected Config Event Enables Lane Event Detected Lane Event Enables I2C Event Detected I2C Event Enables Physical Event Detected Physical Event Enable...

Page 107: ...andard and IDT port writes see Port Write Formats Programming Model and Generation For more information about the Error Log functionality see Error Log Event Notification Programming Model A detected...

Page 108: ...and are indicated in the Logical Transport Layer Error Detect CSR Information about the packet that contained the detected error is latched in the Logical Transport Layer deviceID Capture CSR Logical...

Page 109: ...r log depending on the configuration of the registers displayed in Figure 20 Figure 20 Standard Physical Layer Error Management Programming Model Flow Chart Port writes and interrupts are disabled by...

Page 110: ...Register because these occur at a rate consistent with the bit error rate of the lanes associated with each port and therefore are part of the normal operation of the system PORT_n_ERR_RPT_EN IMP_SPEC...

Page 111: ...ed by default for individual Lane events Individual lane errors should not be enabled in the Lane 0 47 Error Report Enable Register because these occur at a rate consistent with the bit error rate of...

Page 112: ...ptured in the error log depending on the configuration of the registers displayed in Figure 23 Figure 23 I2C Error Management Programming Model Flow Chart AUX_PORT_ERR_CAPT_EN 0x020000 AUX_PORT_ERR_RP...

Page 113: ...wing types of events Logical and Transport Layer Events Physical Layer Events Lane Events I2C Events JTAG Events Revision A B Only Configuration Block Events Trace and Filter Events Packet Generation...

Page 114: ...Logical Transport Layer Address Capture Register Standard no address Information is captured in the Logical Transport Layer deviceID Capture CSR and Logical Transport Layer Control Capture CSR No inf...

Page 115: ...have any information captured The values in the Information Captured column are described in Table 36 Maintenance read received with data Always Detected Logical Transport Layer Error Enable CSR IMP_S...

Page 116: ...ontains the least significant 4 bytes of the destriped 8 bytes of data Register The written register data that caused the event is captured This information is in the following registers Port 0 17 Att...

Page 117: ...cket with bad CRC Always Detected Port 0 17 Error Rate Enable CSR PKT_CRC_ERR_EN 1 Packet Port 0 17 Error Detect CSR PKT_CRC_ERR Received a packet that exceeds 276 bytes Always Detected Port 0 17 Erro...

Page 118: ...te Enable CSR IMP_SPEC_ERR_EN 1 and Port 0 17 Implementation Specific Error Rate Enable Register CRC_EVENT_EN 1 No Info Port 0 17 Implementation Specific Error Detect Register CRC_EVENT and Port 0 17...

Page 119: ...Packet Port 0 17 Implementation Specific Error Detect Register RTE_ISSUE Received a packet that references a disabled port and is dropped Port 0 17 Control 1 CSR PORT_DIS 1 Port 0 17 Error Rate Enable...

Page 120: ...RETRY_EN 1 Control Symbol Port 0 17 Implementation Specific Error Detect Register MANY_RETRY Discarded a received non maintenance packet Note The packet is not accepted by the receiver but the transmi...

Page 121: ...EN 1 and Port 0 17 Implementation Specific Error Rate Enable Register RETRY_EN 1 Control Symbol Port 0 17 Implementation Specific Error Detect Register RETRY Received a retry control symbol with unexp...

Page 122: ...0 17 Implementation Specific Error Detect Register UNEXP_EOP Port 0 17 Error Detect CSR PRTCL_ERR Received stomp outside of a packet Always Detected Port 0 17 Error Rate Enable CSR IMP_SPEC_ERR_EN 1 a...

Page 123: ...Detect Register IDLE_IN_PKT Loss of alignment Always Detected Port 0 17 Error Rate Enable CSR IMP_SPEC_ERR_EN 1 and Port 0 17 Implementation Specific Error Rate Enable Register LOA_EN 1 No Info Port 0...

Page 124: ...ied Detection Enable Any register settings required to enable detection of the event Always Detected means that there are no controls to disable detection of the event Information Capture Enable The r...

Page 125: ...e 0 47 Data Capture 0 Register 30 Remote receiver trained state Table 39 Lane Event Enable and Information Capture Summary Event Detection Enable Information Capture Enable Information Captured Lane i...

Page 126: ...etection Enable Information Capture Enable Information Captured I2C checksum error I2C Master Control Register CHKSUM_DIS 0 Aux Port Error Capture Enable Register I2C_CHKSUM_ERR_E N Aux Port Error Det...

Page 127: ...ssociated with this event This event is called PGC_CMPL 6 2 9 Error Log Events All events can be reported to the Error Log The Error Log functionality is summarized in Figure 25 Note The Error Report...

Page 128: ...detected then the bit in the Error Log Match Status Register associated with that Error Log Match Register 0 7 is set Setting bits in the Error Log Match Status Register does not constitute an event...

Page 129: ...12 0x4C Lane 13 0x4D Lane 14 0x4E Lane 15 0x4F Lane 16 0x50 Lane 17 0x51 Lane 18 0x52 Lane 19 0x53 Lane 20 0x54 Lane 21 0x55 Lane 22 0x56 Lane 23 0x57 Lane 24 0x58 Lane 25 0x59 Lane 26 0x5A Lane 27 0x...

Page 130: ...ne 45 0x6D Lane 46 0x6E Lane 47 0x6F Port 0 0x2A Port 1 0x29 Port 2 0x34 Port 3 0x33 Port 4 0x32 Port 5 0x31 Port 6 0x3C Port 7 0x3B Port 8 0x3A Port 9 0x39 Port 10 0x3D Port 11 0x3E Port 12 0x1C Port...

Page 131: ...ransport Event Encoding Table 44 defines the Error Codes to be captured in the Error Log associated with the Logical Layer Transport Errors defined in the RapidIO Specification Rev 2 1 Part 8 6 2 9 3...

Page 132: ...control symbol with unexpected ackID 0x87 UNEXP_ACKID UNEXP_ACKID Acknowledgement control symbol with unexpected ackID 0x88 UNEXP_ACKID RETRY_ACKID Control symbol not acknowledged 0x8A CS_NOT_ACC N A...

Page 133: ..._SPEC UNEXP_EOP Port initialization TX acquired 0x85 IMP_SPEC PORT_INIT Discarded a received non maintenance packet 0x86 IMP_SPEC RX_DROP Received an accepted control symbol with unexpected ackID 0x87...

Page 134: ...al error state and is dropped 0xA3 IMP_SPEC RTE_ISSUE Packet was dropped due to TTL event 0xA4 IMP_SPEC TTL_EVENT Received a packet with a CRC error with CRC error suppression enabled 0xA6 IMP_SPEC CR...

Page 135: ...f I2 C error reporting is enabled each error can be sent to the Error Log when detected Table 47 Error Log Lane Level Encoding Error Error Code Corresponding Detect Bit in Lane 0 47 Error Detect Regis...

Page 136: ...ng The Trace Filter and PGC mode events have their own special encoding that is not associated with any other status bits These events are listed in the following table Table 49 JTAG Errors and Codes...

Page 137: ...the link should be considered inoperable due to the error rate Both link degraded and link failed thresholds create RapidIO standard events that can result in port writes being sent and or interrupt...

Page 138: ...Control 1 Register LT_INIT_EN 1 Logical Transport Layer Error Report Enable Register UNSUP_TRAN_EN 1 Maintenance read size invalid Logical Transport Layer Error Report Enable Register IMP_SPEC_ERR_EN...

Page 139: ...formation on how the Error Log can assert interrupts and send IDT port writes see Error Log Event Notification Programming Model Maintenance transaction field error Logical Transport Layer Error Repor...

Page 140: ...N 1 and Port 0 17 Operations Register PORT_PW_EN 1 Port 0 17 Error Report Enable Register PKT_ILL_ACKID_EN 1 and Port 0 17 Operations Register PORT_INT_EN 1 Port 0 17 Error Report Enable Register PKT_...

Page 141: ...INT_EN 1 Port 0 17 Error Report Enable Register LINK_TIMEOUT_EN 1 and Port 0 17 Operations Register PORT_LOG_EN 1 Received a packet when an error rate threshold event has occurred and drop packet mode...

Page 142: ...N 1 and Port 0 17 Operations Register PORT_PW_EN 1 Port 0 17 Implementation Specific Error Report Enable Register UNEXP_ACKID_EN 1 and Port 0 17 Operations Register PORT_INT_EN 1 Port 0 17 Implementat...

Page 143: ...ister TX_DROP_EN 1 and Port 0 17 Operations Register PORT_PW_EN 1 Port 0 17 Implementation Specific Error Report Enable Register TX_DROP_EN 1 and Port 0 17 Operations Register PORT_INT_EN 1 Port 0 17...

Page 144: ...Report Enable Register RETRY_EN 1 and Port 0 17 Operations Register PORT_PW_EN 1 Port 0 17 Implementation Specific Error Report Enable Register RETRY_EN 1 and Port 0 17 Operations Register PORT_INT_EN...

Page 145: ...r UNEXP_STOMP_EN 1 and Port 0 17 Operations Register PORT_PW_EN 1 Port 0 17 Implementation Specific Error Report Enable Register UNEXP_STOMP_EN 1 and Port 0 17 Operations Register PORT_INT_EN 1 Port 0...

Page 146: ...nt To enable interrupt notification for any I2C event the I2C Master Control Register I2C_INT_EN bit must be set Once this bit is set I2 C events that are enabled as described in I2C Events will cause...

Page 147: ...vents that are enabled as described in Configuration Block Events will cause a port write to be sent To enable interrupt notification for any configuration event the Configuration Block Error Report R...

Page 148: ...s must be configured before port writes can be successfully received The type of port write format that has been received can be determined based on the length of the port write payload For endpoints...

Page 149: ...ed simultaneously with a Configuration Block error then the LT error should be reported first The Error source column lists the potential sources of CPS 1848 errors All other columns represent the val...

Page 150: ...the current value of the Port 0 17 Error Detect CSR from the port in which the error is detected Note that multiple port level errors can be indicated with the same port write if multiple bits are set...

Page 151: ...el The encoding of fields in IDT port writes is discussed in Error Log Events The full maintenance packet generated are as displayed in Table 56 The fields in the in the IDT Port Write Payload are in...

Page 152: ...to the upper 4 bits called the error group and the lower four bits called the error number The method of selection depends on the following pairs of fields in the Error Log Match Register 0 7 ERR_SOUR...

Page 153: ...Control 2 Register 6 3 11 3 Error Management Stop The Error Manager will stop if a specific error is detected and the Error Log Match Register 0 7 STOP_EN bit is set The user can stop the Error Manage...

Page 154: ...Error and Status CSR and or if the Error Rate Failed threshold has been met or exceeded in the Port 0 17 Error Rate Threshold CSR 0 1 The port discards packets that receive a Packet not accepted contr...

Page 155: ...C retransmit limit When the CPS 1848 CRC retransmission limit is enabled packets transmitted that have exceeded the programmed CRC retransmission limit are discarded The port s Port 0 17 Error and Sta...

Page 156: ...leared non maintenance packets routed to that port are dropped The port sets Port 0 17 Error and Status CSR OUTPUT_DROP and Port 0 17 Implementation Specific Error Detect Register TX_DROP bit The port...

Page 157: ...atus and Control Register CLR_MANY_RETRY 6 4 3 TTL Event Isolation For users who are unable to make use of the CPS 1848 VoQ Fairness Starvation Avoidance function time to live functionality enables th...

Page 158: ...nd Recovery After an event is detected and reported the software entity that receives the report must perform any reconfiguration of the system necessary to continue system operation The software enti...

Page 159: ...highly unlikely transmission error Maintenance write received without data Logical Transport Layer Error Detect CSR IMP_SPEC_ERR 0 This error could indicate a hardware software failure in the originat...

Page 160: ...licited acknowledgement control symbol Port 0 17 Error Detect CSR CS_ACK_ILL 0 May indicate loss of ackID synchronization See Loss of AckID Synchronization Link timeout Port 0 17 Error Detect CSR LINK...

Page 161: ...the link partner has isolated itself The system should prevent non maintenance packets from being routed to this port and or configure an isolation function for this port 6 lack of resources should n...

Page 162: ...acket to be transmitted Port 0 17 Implementation Specific Error Detect Register TX_DROP 0 then Port 0 17 Error Detect CSR IMP_SPEC_ERR 0 If packets are not expected to be sent to ports with the Port 0...

Page 163: ...eceiver controlled flow control If retries should not be received see the Received Retry Count Trigger Congestion Isolation Received a retry control symbol with unexpected ackID Port 0 17 Implementati...

Page 164: ...n error Port initialization TX required Port 0 17 Implementation Specific Error Detect Register PORT_INIT 0 then Port 0 17 Error Detect CSR IMP_SPEC_ERR 0 Indicates the link completed reinitialization...

Page 165: ...e CMD field in the register Support is provided for the following CMD field values 0b011 Reset device 0b100 Input status 6 5 2 1 2 Port 0 17 Link Maintenance Request CSR Reset Command Field When a wri...

Page 166: ...kets that have been previously transmitted without the device having received an acknowledgement are retransmitted using ackIDs that start from the value written into this register 6 5 2 1 8 Outstandi...

Page 167: ...event Loss of descrambler sync Lane 0 47 Error Detect Register DESCRAM_SYNC 0 Transmission error Hardware error recovery is invoked only if the link and port have been initialized as indicated by Por...

Page 168: ...d not sent four bytes for a write or requested more than four bytes for a read transaction Table 64 JTAG Event Clearing and Handling Revision A B Only Event Clearing The Event Event Handling Discussio...

Page 169: ...Register Port 0 17 Trace Match Counter Value 2 Register and or Port 0 17 Trace Match Counter Value 3 Register counters for the port where the trace match occurred Filter match occurred Clear the Port...

Page 170: ...r specification 7 2 Master Slave Configuration The CPS 1848 provides an external signal MM_N to configure the device in Master mode or Slave mode out of reset When this signal is tied to GND it config...

Page 171: ...le Whether or not a checksum comparison is performed to validate the download is also programmable These configuration sequence options are established by writes to the I2C Master Control Register and...

Page 172: ...d IDT recommends a subsequent port re initialization or reset for more information see Port Reconfiguration Operations Table 67 EEPROM Register Address Map EEPROM Address Byte Level Addresses Bits EEP...

Page 173: ...ect CRC The following algorithm will generate the CRC 16 expected at the end of the EEPROM unsigned short icrc16 unsigned char data int numBytes unsigned short remainder 0 unsigned char crc 16 unsigne...

Page 174: ...inder 0 memset crc 0 sizeof crc for b 0 b numBytes b byte data b bit_Pos_Mask 0x80 for bit_Pos 0 bit_Pos 8 bit_Pos carry crc 15 if bit_Pos_Mask byte serial_data 1 else serial_data 0 for i 15 i 0 i if...

Page 175: ...mat Example Table 68 Register Map Example Register Value Comment 0x00015C 0x00600000 Block 1 0xE00000 0x01 Block 2 0xE00004 0x02 0xE00008 0x03 0xE0000C 0x04 0xE00010 0x05 0xE00014 0x06 0xE00018 0x07 0...

Page 176: ...ally through an interrupt or port write For information on enabling interrupt and port write notification see I2C Event Notification 0x000C 0x08 Start of Block 2 Register count 9 0x000D 0x38 Address 0...

Page 177: ...Slave mode on the I2 C bus supports the following cases 1 Master device to CPS 1848 a Master device addresses the CPS 1848 as a slave b Master device master transmitter sends data to the CPS 1848 sla...

Page 178: ...anual 178 June 2 2014 Formal Status This document is confidential and is subject to an NDA Integrated Device Technology Figure 27 Bit Transfer on the I2 C Bus Figure 28 START and STOP Signaling Figure...

Page 179: ...aster Addressing a Slave with a 7 bit Address Transfer Direction is Not Changed Figure 32 Master Reads a Slave Immediately After the First Byte Figure 33 Combined Format Figure 34 Master Addresses a S...

Page 180: ...ins A slave address should also be used that is unique to each device on the bus IDT also recommends to avoid using reserved addresses as specified in the I2C Specification such as CBUS addresses Prov...

Page 181: ...A P STOP Input Data 31 24 Input Data 23 16 Input Data 15 8 Input Data 7 0 A ACK 73 82 92 55 64 A 1 ACK R W R 1 W 0 Device Address 9 8 1 1 1 1 0 S A Sr repeated START DATA A ACK A ACK DATA DATA A ACK...

Page 182: ...Slave Address ADS is 0 46 55 64 73 83 Memory Address 23 18 Memory Address 17 10 Memory Address 9 2 27 36 18 SLAVE ADDR A 0 ACK R W 0 S START 9 R 1 W 0 Device Address 6 0 DATA A ACK A ACK DATA DATA A A...

Page 183: ...Test Instructions Device ID Register Initialization and Reset Configuration Register Access Revision A B Configuration Register Access Revision C JTAG Clock Constraints Boundary Scan 8 1 Overview The...

Page 184: ...parity bit in the 8th bit As per the IEEE 1149 1 Specification the first 7 bits of the Vendor ID will be the first 7 bits of the EIA JEP106 code discarding the parity bit Thus the JTAG IDCODE read fro...

Page 185: ...the use of the Configuration Register Access opcode writes and reads to any register are possible The same JTAG instruction is used for both writes and reads of the Configuration Register space Bit ze...

Page 186: ...ode for this report is defined in JTAG Error Encoding Revision A B Only 8 6 2 Configuration Register Access Reads When bit 0 of the data stream is 1 data shifted out is read from the address specified...

Page 187: ...able 74 If this minimum delay requirement is violated and command B is applied too soon after command A command A may not have enough time to finish when its status is shifted out In this case the REA...

Page 188: ...machine that is implemented in the CPS 1848 s TAP Controller Each inter state arc is annotated with the TMS input value needed to traverse that arc The CPS 1848 JTAG register access mechanism allows o...

Page 189: ...command A The orange line shows the sequence of states needed to apply command B The red line shows the inter command delay that must be applied after Command A before command B can be started Table 7...

Page 190: ...nal command a NOP command can be shifted in while the Read status and data are shifted out Figure 46 JTAG Register Access Read Timing Diagram Update DR Run Test Idle Exit1 DR Select DR Capture DR Shif...

Page 191: ...acing must be 40 ns see Figure 47 Figure 47 JTAG Clock Constraints 8 9 Boundary Scan JTAG instructions are provided to make all the device inputs observable and all the outputs controllable All extern...

Page 192: ...configuration pins For more information about power up reset electrical requirements see the CPS 1848 Datasheet 9 1 2 Resets after Power Up There are four methods to reset the CPS 1848 1 Driving the R...

Page 193: ...amic configuration RapidIO Assembly Identification CAR Override RapidIO Assembly Information CAR Override Port 0 17 Control 1 CSR ENUM_B and PORT_LOCKOUT bit fields if necessary If PORT_LOCKOUT is set...

Page 194: ...ister 4 Configuration no ordering is required for the following steps a Program the route table as described in Programming Examples b Revision A B only Change Port 0 17 Lane Synchronization Register...

Page 195: ...ard register that defines the response timeout for the physical level protocol such as receipt of a link response control symbol after sending a link request In the CPS 1848 this standard register is...

Page 196: ...ntrol CSR If the system does not use request packets that require responses during normal operation the TTL function does not need to be enabled For example systems that make exclusive use of NWRITE S...

Page 197: ...ction Registers Implementation Specific Error Logging Registers Special Error Registers PLL Registers Lane Control Registers Error Management Broadcast Registers 10 1 Overview The CPS 1848 register fi...

Page 198: ...8 backward compatible with previous IDT 1 3 compliant switch devices IDT specific functions and associated registers are similarly backward compatible where possible 10 1 4 Register Type Field Definit...

Page 199: ...ters with Software Assisted Error Recovery 0x000100 Port Maintenance Block Header Register PORT_MAINT_BLK_HEAD 0x000120 Port Link Timeout Control CSR PORT_LINK_TO_CTL_CSR 0x00013C Port General Control...

Page 200: ...al Transport Layer deviceID Capture CSR LT_DEVICEID_CAPT_CSR 0x00101C Logical Transport Layer Control Capture CSR LT_CTL_CAPT_CSR 0x001028 Port Write Target deviceID CSR PW_TARGET_DEVICEID_CSR 0x00102...

Page 201: ..._0_CSR 0x002014 Lane 0 47 Status 1 CSR LANE_0_STATUS_1_CSR 0x002018 Lane 0 47 Status 2 CSR LANE_0_STATUS_2_CSR 0x00201C Lane 0 47 Status 3 CSR LANE_0_STATUS_3_CSR 0x002020 Lane 0 47 Status 4 CSR LANE_...

Page 202: ...Register AUX_PORT_ERR_CAPT_EN 0x020004 Aux Port Error Detect Register AUX_PORT_ERR_DET 0x020008 Configuration Block Error Capture Enable Register CFG_ERR_CAPT_EN 0x020010 Configuration Block Error Det...

Page 203: ..._RPT_EN 0x03FF10 Broadcast Lane Error Report Enable Register BCAST_LANE_ERR_RPT_EN Packet Generation and Capture Registers 0x100100 Port 0 17 Packet Generation and Capture Mode Configuration Register...

Page 204: ...gister 0xE40010 Port 0 17 Trace 0 Value 4 Register 0xE40014 Port 0 17 Trace 0 Mask 0 Register PORT_0_TRACE_0_MASK_ 0 4 0xE40018 Port 0 17 Trace 0 Mask 1 Register 0xE4001C Port 0 17 Trace 0 Mask 2 Regi...

Page 205: ...3 Mask 0 Register PORT_0_TRACE_3_MASK_ 0 4 0xE40090 Port 0 17 Trace 3 Mask 1 Register 0xE40094 Port 0 17 Trace 3 Mask 2 Register 0xE40098 Port 0 17 Trace 3 Mask 3 Register 0xE4009C Port 0 17 Trace 3...

Page 206: ...Register 0xE4F030 Broadcast Trace 1 Value 2 Register 0xE4F034 Broadcast Trace 1 Value 3 Register 0xE4F038 Broadcast Trace 1 Value 4 Register 0xE4F03C Broadcast Trace 1 Mask 0 Register BCAST_TRACE_1_MA...

Page 207: ...te Control Register PW_CTL 0xF2002C RapidIO Assembly Identification CAR Override ASSY_IDENT_CAR_OVRD 0xF20030 RapidIO Assembly Information CAR Override ASSY_INF_CAR_OVRD 0xF20040 Device Soft Reset Reg...

Page 208: ...7 Trace Match Counter Value 3 Register PORT_0_TRACE_CNTR_3 0xF40030 Port 0 17 Filter Match Counter Value 0 Register PORT_0_FILTER_CNTR_0 0xF40034 Port 0 17 Filter Match Counter Value 1 Register PORT_0...

Page 209: ...Address 0xF40900 Port 9 Starting Address 0xF40A00 Port 10 Starting Address 0xF40B00 Port 11 Starting Address 0xF40C00 Port 12 Starting Address 0xF40D00 Port 13 Starting Address 0xF40E00 Port 14 Starti...

Page 210: ...0xFF0040 PLL 4 Starting Address 0xFF0050 PLL 5 Starting Address 0xFF0060 PLL 6 Starting Address 0xFF0070 PLL 7 Starting Address 0xFF0080 PLL 8 Starting Address 0xFF0090 PLL 9 Starting Address 0xFF00A...

Page 211: ..._SEED 0xFFFF0C Broadcast Lane Error Detect Register BCAST_LANE_ERR_DET 0xFFFF10 Broadcast Lane Error Rate Enable Register BCAST_LANE_ERR_RATE_EN 0xFFFF14 Broadcast Lane Attributes Capture Register BCA...

Page 212: ...ters communicate a device s capabilities 10 3 1 Device Identity CAR Register Name DEV_IDENT_CAR Reset Value 0x0374_0038 Register Offset 0x000000 Bits 0 1 2 3 4 5 6 7 00 07 DEVICE 08 15 DEVICE 16 23 VE...

Page 213: ...s 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 MAJOR_REV MINOR_REV 16 23 Reserved 24 31 Reserved JTAG_REV Bits Name Description Type Reset Value 0 7 Reserved Reserved RO 0 8 10 MAJOR_REV Device Major Revision...

Page 214: ...assembly supplier For more information see RapidIO Assembly Identification CAR Override FR 0 16 31 VENDOR Assembly Vendor Identifier This field identifies the manufacturing vendor of the assembly con...

Page 215: ...ption Type Reset Value 0 BRIDGE The device can bridge between S RIO and another non S RIO interface 0 Not supported 1 Supported FR 0 1 MEM The device does not have physically addressable local address...

Page 216: ...CRC error 0 Not supported 1 Supported Note This is defined in RapidIO Specification Rev 1 3 but is not specified in the RapidIO Specification Rev 2 1 FR 1 26 CRF Critical Request Flow support 0 Not s...

Page 217: ...gister Offset 0x000014 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 TOTAL 24 31 PORT Bits Name Description Type Reset Value 0 15 Reserved Reserved RR 0 16 23 TOTAL The total number of S RI...

Page 218: ...5 Reserved Reserved RR 0 16 NREAD Device can source a read operation 0 Not supported FR 0 17 NWRITE Device can source a write operation 0 Not supported FR 0 18 SWRITE Device supports a streaming write...

Page 219: ...atomic clear operation 0 Not supported FR 0 28 Reserved Reserved RR 0 29 PW Device can source a port write operation 1 Supported FR 1 30 31 Reserved Reserved RR 0 Register Name SWITCH_MCAST_SUP_CAR R...

Page 220: ...9 Switch Route Table Entries Table Limit CAR Register Name SWITCH_RTE_TBL_LIM_CAR Reset Value 0x0000_00FF Register Offset 0x000034 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 MAX_DESTID 2...

Page 221: ...ssociation support 0 Not supported FR 0 1 PER_PORT Per Ingress port association support 0 Not supported FR 0 2 15 MAX_DESTID The maximum number of destIDs that can be associated with a multicast mask...

Page 222: ...Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 HOST_BASE_DEVICEID 24 31 HOST_BASE_DEVICEID Bits Name Description Type Reset Value 0 15 Reserved Reserved RO 0 16 31 HOST_BASE_DEV ICEID Base...

Page 223: ...3 4 5 6 7 00 07 EXTD_EN Reserved 08 15 Reserved 16 23 DESTID_MSB 24 31 DESTID_LSB Bits Name Description Type Reset Value 0 EXTD_EN Extended Configuration Enable 0 Disable 1 Enable RW 0 1 15 Reserved R...

Page 224: ...et Value 0 7 PORT_3 This is the output port that all messages intended for DESTID_LSB 3 are sent RW 0 8 15 PORT_2 This is the output port that all messages intended for DESTID_LSB 2 are sent RW 0 16 2...

Page 225: ...4 5 Standard Route Table Entry Default Port CSR Register Name RTE_DEFAULT_PORT_CSR Reset Value 0x0000_0000 Register Offset 0x000078 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24...

Page 226: ...ription Type Reset Value 0 15 MCAST_MASK Defines the multicast mask to be modified queried as determined by the MASK_CMD RW 0 16 23 EGRESS_PORT Defines the port number that is modified queried by the...

Page 227: ...er Name MCAST_ASSOC_SEL_CSR Reset Value 0x0000_0000 Register Offset 0x000084 Bits 0 1 2 3 4 5 6 7 00 07 DESTID_MSB 08 15 DESTID_LSB 16 23 MASK 24 31 MASK Bits Name Description Type Reset Value 0 7 DES...

Page 228: ...15 Reserved 16 23 Reserved 24 31 TYPE CMD Reserved STATUS Bits Name Description Type Reset Value 0 23 Reserved Reserved RO 0 24 TYPE 0 Small transport association 1 Large transport association RW 0 25...

Page 229: ...ssisted Error Recovery which contains status information and control values for various physical layer functions of the RapidIO processing element These registers are defined in this section 10 5 1 Po...

Page 230: ...ding link response 10 5 3 Port General Control CSR Register Name PORT_LINK_TO_CTL_CSR Reset Value 0xFFFF_FF00 Register Offset 0x000120 Bits 0 1 2 3 4 5 6 7 00 07 TIMEOUT 08 15 TIMEOUT 16 23 TIMEOUT 24...

Page 231: ...ment is confidential and is subject to an NDA Integrated Device Technology 10 5 4 Port 0 17 S RIO Extended Features Base Addresses Port Address 0 0x000140 1 0x000160 2 0x000180 3 0x0001A0 4 0x0001C0 5...

Page 232: ...t Register Name PORT_ 0 17 _LINK_MAINT_REQ_CSR Reset Value 0x0000_0000 Register Offset 0x000140 0x20 port_num Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Reserved CMD Bits...

Page 233: ...STATUS LINK_STATUS Bits Name Description Type Reset Value 0 VALID If the previous Link Request causes a Link Response then this bit indicates that the Link Response has been received and the status fi...

Page 234: ...ts This bit should be written only when trying to recover a failed link This bit will return 0 when read WO 0 1 Reserved Reserved RO 0 2 7 INBOUND Input port next expected ackID Note Bit 2 is availabl...

Page 235: ...T Bits Name Description Type Reset Value 0 IDLE2 Indicates whether the port supports IDLE2 sequence for throughput rates of less than 6 25 Gbaud 0 Not supported 1 Supported RO 1 1 IDLE2_EN Controls wh...

Page 236: ...ived RO 0 13 OUTPUT_RETRY_ STOP 1 Output Retry Port is stopped The output port received a Packet Retry control symbol and is in the output retry stopped state RO 0 14 OUTPUT_ERR 1 Output Error was enc...

Page 237: ...6 For example Too many response timeouts occur 16 A link response is received with an invalid ackID Part 6 also requires that this bit be reset when it is read However this functionality creates an i...

Page 238: ...L _ENC_EN DROP_PKT _EN PORT_LOC KOUT PORT_TYP E Bits Name Description Type Reset Value 0 1 PWIDTH Indicates the port width modes supported by the port 0b00 No support for 2x or 4x 0b01 No support for...

Page 239: ...ey are unable to receive transmit any packets or control symbols Note When PORT_DIS is 1 ackID values are cleared to zero For more information see Port 0 17 Local ackID CSR RW 0 9 OUTPUT_PORT_E N Outp...

Page 240: ...xx_xx1x Suppress CRF 0 priority 1 re transmission 0bxxxx_x1xx Suppress CRF 0 priority 2 re transmission 0bxxxx_1xxx Suppress CRF 0 priority 3 re transmission 0bxxx1_xxxx Suppress CRF 1 priority 0 re t...

Page 241: ...led by the state of the OUTPUT_PORT_EN and INPUT_PORT_EN bits in this register When this bit is set 1 this port is stopped and is not enabled to issue or receive any packets the input port can still f...

Page 242: ...ES_EN SCRAM_DI S Reserved Bits Name Description Type Reset Value 0 3 Reserved Reserved RO 0 4 AUTOBAUD 0 Automatic baud rate discovery is not supported FR 0 5 27 Reserved Reserved RO 0 28 INACT_LANES_...

Page 243: ...t data characters are neither scrambled in the transmitter before transmission nor descrambled in the receiver upon reception The transmit scrambler remains enabled for the generation of pseudo random...

Page 244: ...or a RapidIO processing element These registers are defined in this section 10 6 1 VC Register Block Header Register Register Name VC_REGISTER_BLK_HEAD Reset Value 0x1000_000A Register Offset 0x000600...

Page 245: ...s for logical and physical layer error management for RapidIO devices These registers are defined in this section 10 7 1 Error Management Extensions Block Header Register Register Name ERR_MGT_EXTENSI...

Page 246: ...ue 0x0000_00000 Register Offset 0x001008 Bits 0 1 2 3 4 5 6 7 00 07 Reserved ILL_TRAN Reserved 08 15 UNSOL_RE SP UNSUP_TR AN Reserved 16 23 Reserved 24 31 Reserved IMP_SPEC _ERR Bits Name Description...

Page 247: ...ion of the cause Register Name LT_ERR_EN_CSR Reset Value 0x0000_00000 Register Offset 0x00100C Bits 0 1 2 3 4 5 6 7 00 07 Reserved ILL_TRAN_ EN Reserved 08 15 UNSOL_RE SP_EN UNSUP_TR AN_EN Reserved 16...

Page 248: ...r Detect CSR and can be unlocked using same method Register Name LT_DEVICEID_CAPT_CSR Reset Value 0x0000_00000 Register Offset 0x001018 Bits 0 1 2 3 4 5 6 7 00 07 DESTID_MSB 08 15 DESTID_LSB 16 23 SOU...

Page 249: ...TTYPE 08 15 Reserved 16 23 Reserved 24 31 IMP_SPEC Bits Name Description Type Reset Value 0 3 FTYPE Format type associated with the error RW 0 4 7 TTYPE Transaction type associated with the error RW...

Page 250: ...without a payload A response packet with an error status is generated 0b1 0b0001_0000 Maintenance Packet Received was Too Small or Too Large MTC_PKT_SIZE_ERR Triggered if the maintenance packet heade...

Page 251: ...set Value 0x0000_00000 Register Offset 0x001028 Bits 0 1 2 3 4 5 6 7 00 07 DESTID_MSB 08 15 DESTID 16 23 LARGE Reserved 24 31 Reserved Bits Name Description Type Reset Value 0 7 DESTID_MSB Most signif...

Page 252: ...o Live CSR Register Name PKT_TTL_CSR Reset Value 0x0000_00000 Register Offset 0x00102C Bits 0 1 2 3 4 5 6 7 00 07 TTL 08 15 TTL 16 23 Reserved 24 31 Reserved Bits Name Description Type Reset Value 0 1...

Page 253: ...ntial and is subject to an NDA Integrated Device Technology 10 7 8 Port Error Management Register Base Addresses Port Address 0 0x001040 1 0x001080 2 0x0010C0 3 0x001100 4 0x001140 5 0x001180 6 0x0011...

Page 254: ...IDLE1_ER R Reserved 24 31 Reserved LR_ACKID _ILL PRTCL_ER R Reserved DELIN_ER R CS_ACK_IL L LINK_TIME OUT Bits Name Description Type Reset Value 0 IMP_SPEC_ERR 1 Detected an IDT implementation specifi...

Page 255: ...link response with an ackID that is not outstanding RW 0 27 PRTCL_ERR 1 Detected a protocol error RW 0 28 Reserved Reserved RO 0 29 DELIN_ERR 1 Detected a delineation error RW 0 30 CS_ACK_ILL 1 Detec...

Page 256: ...ame Description Type Reset Value 0 IMP_SPEC_ERR_EN 1 Enable the capture and counting of the corresponding error in the Port 0 17 Error Detect CSR RW 0 1 8 Reserved Reserved RO 0 9 CS_CRC_ERR_EN 1 Enab...

Page 257: ...1 Enable the capture and counting of the corresponding error in the Port 0 17 Error Detect CSR RW 0 28 Reserved Reserved RO 0 29 DELIN_ERR_EN 1 Enable the capture and counting of the corresponding err...

Page 258: ...id 0b011 Long control symbol only error capture registers 0 and 1 are valid 0b100 Implementation specific data is logged 0b101 Reserved 0b110 Undefined S bit error 0b111 Reserved RW 0b000 3 7 ERR_TYPE...

Page 259: ...must write the Port 0 17 Attributes Capture CSR to set the VALID bit after writing the packet control symbol information in the other capture registers For base address information see Port Error Man...

Page 260: ..._1_CSR Reset Value 0x0000_00000 Register Offset 0x001050 0x40 port_num Bits 0 1 2 3 4 5 6 7 00 07 CAPT_1 08 15 CAPT_1 16 23 CAPT_1 24 31 CAPT_1 Bits Name Description Type Reset Value 0 31 CAPT_1 Bytes...

Page 261: ...chnology 10 7 15 Port 0 17 Capture 3 CSR For base address information see Port Error Management Register Base Addresses Register Name PORT_ 0 17 _CAPT_3_CSR Reset Value 0x0000_00000 Register Offset 0x...

Page 262: ...RR_RATE_BIAS The error rate bias value 0x00 Do not decrement the error rate counter 0x01 Decrement every 1 ms 34 0x02 Decrement every 10 ms 34 0x04 Decrement every 100 ms 34 0x08 Decrement every 1 s 3...

Page 263: ...l can cause multiple physical layer events to be detected The leaky bucket counter is incremented by 1 for each erroneous control symbol and packet regardless of the number of physical layer events de...

Page 264: ...00106C 0x40 port_num Bits 0 1 2 3 4 5 6 7 00 07 FAIL_THRESH 08 15 DEGR_THRESH 16 23 Reserved 24 31 Reserved Bits Name Description Type Reset Value 0 7 FAIL_THRESH The threshold trigger value for repor...

Page 265: ...us information and control values for each physical lane supported by a RapidIO device These registers are defined in this section 10 8 1 Lane 0 47 Status Base Addresses Lane Address 0 0x002010 1 0x00...

Page 266: ...nd is subject to an NDA Integrated Device Technology 27 0x002370 28 0x002390 29 0x0023B0 30 0x0023D0 31 0x0023F0 32 0x002410 33 0x002430 34 0x002450 35 0x002470 36 0x002490 37 0x0024B0 38 0x0024D0 39...

Page 267: ...see Lane Status Registers Register Name LANE_STATUS_BLK_HEAD Reset Value 0x0000_0000D Register Offset 0x002000 Bits 0 1 2 3 4 5 6 7 00 07 EF_PTR 08 15 EF_PTR 16 23 EF_ID 24 31 EF_ID Bits Name Descript...

Page 268: ..._SYNC_ CHG RX_TRAIN ED_CHG Reserved STATUS_1 STATUS_CSR Bits Name Description Type Reset Value 0 7 PORT 0x00 Port 0 0x01 Port 1 0x11 Port 17 RO Undefined 8 11 LANE The number of the lane within the po...

Page 269: ...s reset to 0 when the register is read 0 The state of lane_sync did not change since the bit was last read 1 The state of lane_sync changed since the bit was last read RR 0 26 RX_TRAINED_CHG Indicates...

Page 270: ...reset 1 An IDLE2 sequence has been received at some time since the lane was last reset RO 0 1 CURRENT This field indicates whether the information in this register that is collected from the IDLE2 se...

Page 271: ...dard support All others are reserved RO 0b000 8 11 LP_LANE Receiver lane number of the link partner port detected in IDLE2 these bits do not apply in IDLE1 0x0 Lane 0 0x1 Lane 1 0x2 Lane 2 0x3 Lane 3...

Page 272: ...served NEG1_ON_PRE 08 15 NEG1_ON_ PRE Reserved POS1_ON_PRE 16 23 POS1_ON_ PRE Reserved NEG1_ON_RST 24 31 Reserved POS1_ON_RST Bits Name Description Type Reset Value 0 3 Reserved Reserved RO 0 4 8 NEG1...

Page 273: ..._5_ EN GBAUD_6p 25_EN NEG1_CMD 16 23 NEG1_CM D POS1_CMD NEG1_TAP 24 31 NEG1_TAP POS1_TAP Bits Name Description Type Reset Value 0 UNUSED Reserved RW 1 1 Reserved Reserved RO 1 2 AMP_PROG_EN Local Tran...

Page 274: ...0x1 Reset remote pre emphasis 0x2 Preset remote pre emphasis 0x3 Increment 1 tap 0x4 Decrement 1 tap 0x5 Increment 1 tap 0x6 Decrement 1 tap All others are reserved WO 0 17 20 POS1_CMD Local Pre empha...

Page 275: ...OR_STATUS CC_MONIT OR_EN 16 23 CC_MONITOR_THRESH 24 31 CC_MONITOR_THRESH Bits Name Description Type Reset Value 0 UNUSED Reserved RW 1 1 13 Reserved Reserved RO 0 14 CC_MONITOR_ST ATUS 1 Clock Compen...

Page 276: ...R 0b00000 Broadcast access to all Port Route Table 0b00001 Access is for Port 0 Route Table 0b00010 Access is for Port 1 Route Table 0b00011 Access is for Port 2 Route Table 0b00100 Access is for Port...

Page 277: ...e received 0b00000 Broadcast access to all Port Route Table 0b00001 Access is for Port 0 Route Table 0b00010 Access is for Port 1 Route Table 0b00011 Access is for Port 2 Route Table 0b00100 Access is...

Page 278: ...tial and is subject to an NDA Integrated Device Technology 10 9 3 Port n Watermarks Base Addresses Port Offset from Base 0 0x011000 1 0x011010 2 0x011020 3 0x011030 4 0x011040 5 0x011050 6 0x011060 7...

Page 279: ...rt n Watermarks Base Addresses The broadcast version of this register is Broadcast Watermarks Register Register Name PORT_ 0 17 _WM Reset Value 0x0000_20C4 Register Offset 0x011000 0x10 port_num Bits...

Page 280: ...0 Register Offset 0x01F000 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved PRIO_2 16 23 PRIO_2 PRIO_1 24 31 PRIO_1 PRIO_0 Bits Name Description Type Reset Value 0 13 Reserved Reserved RO 0 14 19 PR...

Page 281: ...ster Name AUX_PORT_ERR_CAPT_EN Reset Value 0x0000_0000 Register Offset 0x020000 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Reserved JTAG_ERR _EN I2C_CHKS UM_ERR_ EN UNEXP_...

Page 282: ...not 32 bit aligned Note This bit is applicable to CPS 1848 Revision A B only RW 0 27 I2C_CHKSUM_ERR 0 No error 1 In Master mode at the end of a configuration image update the checksum value in the ima...

Page 283: ...gth read or write transaction RW 0 Register Name CFG_ERR_CAPT_EN Reset Value 0x0000_0000 Register Offset 0x020008 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Reserved BAD_M...

Page 284: ...a valid port on the device The write will still occur and any other valid ports will be changed RW 0 28 BAD_RTE 0 No error 1 A route table or pointer table has been read and its value reference result...

Page 285: ...e user has attempted to program the Domain Route Table with a multicast mask number or The Multicast Mask Port CSR was written to with an invalid mask or The Multicast Association Selection CSR was wr...

Page 286: ...r The contents of this register are unlocked simultaneously with the values in the Logical Transport Layer Error Detect CSR Register Name IMPL_SPEC_LT_ADDR_CAPT Reset Value 0x0000_0000 Register Offset...

Page 287: ...0x03100C Bits 0 1 2 3 4 5 6 7 00 07 Reserved ILL_TRAN_ EN Reserved 08 15 UNSOL_RE SP_EN UNSUP_TR AN_EN Reserved 16 23 Reserved 24 31 IMP_SPEC_ERR_EN Bits Name Description Type Reset Value 0 3 Reserved...

Page 288: ...ential and is subject to an NDA Integrated Device Technology 10 10 7 Port 0 17 Error Report Enable Base Addresses Port Base Address 0 0x031044 1 0x031084 2 0x0310C4 3 0x031104 4 0x031144 5 0x031184 6...

Page 289: ...C_E RR_EN UNEXP_AC KID_EN CS_NOT_A CC_EN PKT_ILL_A CKID_EN PKT_CRC_ ERR_EN PKT_ILL_SI ZE_EN Reserved 16 23 IDLE1_ER R_EN Reserved 24 31 Reserved LR_ACKID _ILL_EN PRTCL_ER R_EN Reserved DELIN_ER R_EN C...

Page 290: ...ing of the corresponding error in the Port 0 17 Error Detect CSR RW 0 27 PRTCL_ERR_EN 1 Enable the reporting of the corresponding error in the Port 0 17 Error Detect CSR RW 0 28 Reserved Reserved RO 0...

Page 291: ...INIT _EN PORT_WID TH_EN IDLE_IN_P KT_EN LOA_EN BAD_CTL_ EN REORDER _EN Bits Name Description Type Reset Value 0 ERR_RATE_EN 1 Enable reporting of the corresponding error in the Port 0 17 Implementatio...

Page 292: ...EN 1 Enable reporting of the corresponding error in the Port 0 17 Implementation Specific Error Detect Register RW 1 19 RETRY_ACKID_EN 1 Enable reporting of the corresponding error in the Port 0 17 Im...

Page 293: ...Implementation Specific Error Detect Register RW 1 29 LOA_EN 1 Enable reporting of the corresponding error in the Port 0 17 Implementation Specific Error Detect Register RW 1 30 BAD_CTL_EN 1 Enable re...

Page 294: ...Name Description Type Reset Value 0 IMP_SPEC_ERR_ EN 1 Enable the reporting of errors to the corresponding bit in the Port 0 17 Error Detect CSR RW 0 1 8 Reserved Reserved RO 0 9 CS_CRC_ERR_EN 1 Enab...

Page 295: ...ERR_EN 1 Enable the reporting of errors to the corresponding bit in the Port 0 17 Error Detect CSR RW 0 28 Reserved Reserved RO 0 29 DELIN_ERR_EN 1 Enable the reporting of errors to the corresponding...

Page 296: ...able reporting of the corresponding error in the Port 0 17 Implementation Specific Error Detect Register RW 0 1 TTL_EVENT_EN 1 Enable reporting of the corresponding error in the Port 0 17 Implementati...

Page 297: ...Implementation Specific Error Detect Register RW 0 20 STOMP_TO_EN 1 Enable reporting of the corresponding error in the Broadcast Port Implementation Specific Error Detect Register RW 0 21 RX_STOMP_EN...

Page 298: ...mentation Specific Error Detect Register RW 0 31 REORDER_EN 1 Enable reporting of the corresponding error in the Broadcast Port Implementation Specific Error Detect Register RW 0 Lane Base Address 0 0...

Page 299: ...d is subject to an NDA Integrated Device Technology 25 0x039910 26 0x039A10 27 0x039B10 28 0x039C10 29 0x039D10 30 0x039E10 31 0x039F10 32 0x03A010 33 0x03A110 34 0x03A210 35 0x03A310 36 0x03A410 37 0...

Page 300: ...d UNUSED BAD_SPEE D_EN LANE_INV ER_DET_E N 24 31 IDLE2_FRA ME_EN Reserved TX_RX_MIS MATCH_EN DESCRAM _SYNC_EN BAD_CHA R_EN LANE_RDY _EN LANE_SYN C_EN Bits Name Description Type Reset Value 0 18 Reserv...

Page 301: ...EN Bits Name Description Type Reset Value 0 18 Reserved Reserved RO 0 19 21 UNUSED Reserved RW 0 22 BAD_SPEED_EN 1 Enable reporting of the corresponding error in the Lane 0 47 Error Detect Register RW...

Page 302: ...acket Generation and Capture Registers For more information on how to use these registers see Packet Generation and Capture 10 11 1 Packet Generation and Capture Base Addresses Port Address 0 0x100100...

Page 303: ...s ready to be read from the destination port s Final Buffer RO 0 17 EN 1 Enable data structure access for internal data structure Write access for the Start port Read access for End port RW 0 18 END_P...

Page 304: ...ter For base address information see Packet Generation and Capture Base Addresses Register Name PORT_ 0 17 _PGC_DATA Reset Value 0x0000_0000 Register Offset 0x100104 0x10 port_num Bits 0 1 2 3 4 5 6 7...

Page 305: ...The per port versions of these registers are port specific 10 12 1 Base Addresses for IDT Specific Routing Table Registers Port Device Table Base Address Domain Table Base Address Broadcast 0xE00000...

Page 306: ...EV_RTE_TABLE_ 0 255 Reset Value 0x0000_00DE Register Offset 0xE00000 0x4 DestID Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 PORT Bits Name Description Type Reset Value 0 23...

Page 307: ...register is Port 0 17 Domain Routing Table Register 0 255 Register Name BCAST_DOM_RTE_TABLE_ 0 255 Reset Value 0x0000_00DE Register Offset 0xE00400 0x4 DestID Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 1...

Page 308: ...e Register 0 255 Register Name PORT_ 0 17 _DEV_RTE_TABLE_ 0 255 Reset Value 0x0000_00DE Register Offset 0xE10000 0x1000 port_num 0x4 DestID Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Res...

Page 309: ...this register is Port 0 17 Domain Routing Table Register 0 255 Register Name PORT_ 0 17 _DOM_RTE_TABLE_ 0 255 Reset Value 0x0000_00DE Register Offset 0xE10400 0x1000 port_num 0x4 Domain Bits 0 1 2 3 4...

Page 310: ...ated Device Technology 10 13 Trace Comparison Values and Masks Registers 10 13 1 Base Addresses for Trace Comparison Values and Masks Registers Port Offset Address 0 0xE40000 1 0xE40100 2 0xE40200 3 0...

Page 311: ...7 VALUE 08 15 VALUE 16 23 VALUE 24 31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the first 32 bits received in the packet Bit 0 is c...

Page 312: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 65th packet bit Bit 31 i...

Page 313: ...ALUE 08 15 VALUE 16 23 VALUE 24 31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compa...

Page 314: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 33rd comparison bit Bit 31 is a...

Page 315: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 97th comparison bit Bit 31 is a...

Page 316: ...07 VALUE 08 15 VALUE 16 23 VALUE 24 31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the first 32 bits received in the packet Bit 0 is...

Page 317: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 65th packet bit Bit 31...

Page 318: ...VALUE 08 15 VALUE 16 23 VALUE 24 31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is comp...

Page 319: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 33rd comparison bit Bit 31 is a...

Page 320: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 97th comparison bit Bit 31 is a...

Page 321: ...07 VALUE 08 15 VALUE 16 23 VALUE 24 31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the first 32 bits received in the packet Bit 0 is...

Page 322: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 65th packet bit Bit 31...

Page 323: ...VALUE 08 15 VALUE 16 23 VALUE 24 31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is com...

Page 324: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 33rd comparison bit Bit 31 is a...

Page 325: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 97th comparison bit Bit 31 is a...

Page 326: ...07 VALUE 08 15 VALUE 16 23 VALUE 24 31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the first 32 bits received in the packet Bit 0 is...

Page 327: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 65th packet bit Bit 31...

Page 328: ...VALUE 08 15 VALUE 16 23 VALUE 24 31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is com...

Page 329: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 33rd comparison bit Bit 31 is a...

Page 330: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 97th comparison bit Bit 31 is a...

Page 331: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the first 32 bits received in the packet Bit 0 is compared to the 1st packet bit Bit 31...

Page 332: ...31 VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 65th packet bit Bit 3...

Page 333: ...LUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 129th packet bit Bit 31 is...

Page 334: ...SK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 33rd packet comparison bit Bit 31...

Page 335: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 97th comparison bit Bit 31 is a...

Page 336: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the first 32 bits received in the packet Bit 0 is compared to the first packet bit Bit 31...

Page 337: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 65th packet bit Bit 31...

Page 338: ...E Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 129th packet bit Bit 31 is c...

Page 339: ...SK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 33rd packet comparison bit Bit 31...

Page 340: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 97th comparison bit Bit 31 is a...

Page 341: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the first 32 bits received in the packet Bit 0 is compared to the 1st packet bit Bit 31...

Page 342: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 65th packet bit Bit 31...

Page 343: ...LUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 129th packet bit Bit 31 is...

Page 344: ...SK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 33rd packet comparison bit Bit 31...

Page 345: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 97th comparison bit Bit 31 is a...

Page 346: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the first 32 bits received in the packet Bit 0 is compared to the first packet bit Bit 31...

Page 347: ...VALUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 65th packet bit Bit 31...

Page 348: ...LUE Bits Name Description Type Reset Value 0 31 VALUE This value is used for a bit by bit comparison against the next 32 bits received in the packet Bit 0 is compared to the 129th packet bit Bit 31 is...

Page 349: ...SK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 33rd packet comparison bit Bit 31...

Page 350: ...MASK Bits Name Description Type Reset Value 0 31 MASK This value is used for a bit by bit mask against the next 32 bits of the comparison value Bit 0 is a mask for the 97th comparison bit Bit 31 is a...

Page 351: ...d 24 31 Reserved TRACE_OUT_PORT PORT_RST _CTL Bits Name Description Type Reset Value 0 Reserved Reserved RO 0 1 FATAL_ERR_PKT_ MGT Action to take when Port 0 17 Error and Status CSR PORT_ERR is set 0...

Page 352: ...56 25 MHz 1 Internal system clock is 312 5 MHz Note The reset value of this field is determined by the setting of the FSEL0 pin RO Undefined 19 CUT_THRU_EN Controls transfer mode from the Input Buffer...

Page 353: ...ription Type Reset Value 0 27 Reserved Reserved RO 0 28 CFG_PW_PEND 1 The Configuration Block has encountered a condition that required it to initiate a port write Once set this bit remains set until...

Page 354: ...vice s JTAG and or I2C logic Register Name AUX_PORT_ERR_RPT_EN Reset Value 0x0000_0000 Register Offset 0xF20018 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Reserved I2C_LOG...

Page 355: ...s domain Register Name RIO_DOMAIN Reset Value 0x0000_0000 Register Offset 0xF20020 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 DOMAIN Bits Name Description Type Reset Valu...

Page 356: ...erved Bits Name Description Type Reset Value 0 7 SRCID_MSB Most significant byte of the sourceID to be used for all port writes The size of the sourceID is determined by Port Write Target deviceID CSR...

Page 357: ...0000_0000 Register Offset 0xF2002C Bits 0 1 2 3 4 5 6 7 00 07 ASSY 08 15 ASSY 16 23 VENDOR 24 31 VENDOR Bits Name Description Type Reset Value 0 15 ASSY This value is assigned to the ASSY field in the...

Page 358: ...eset Value 0 31 SOFT_RESET 0x00030097 Reset the device for more information see Resets after Power Up WO 0 Register Name I2C_MASTER_CTL Reset Value Undefined Register Offset 0xF20050 Bits 0 1 2 3 4 5...

Page 359: ...ster Frequency Select 0 400 kHz Fast mode 1 100 kHz Standard mode RW 0 7 8 Reserved Reserved RO 0 9 15 CLK_DIV Internal use only Do not write to this field RW 0x62 16 19 Reserved Reserved RO 0 20 CHKS...

Page 360: ...6 WORD_ERR_22BI T 1 22 bits of read data were expected but the operation was terminated prematurely Reset on read RR 0 7 WORD_ERR_32BI T 1 32 bits of read data were expected but the operation was ter...

Page 361: ...5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Reserved JTAG_INT_ EN JTAG_PW_ EN JTAG_PW_ PEND Bits Name Description Type Reset Value 0 28 Reserved Reserved RO 0 29 JTAG_INT_EN 0 Disable JTA...

Page 362: ...0x0000_00FF Register Offset 0xF20060 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 TRIG_CNT Bits Name Description Type Reset Value 0 23 Reserved Reserved RO 0 24 31 TRIG_CNT...

Page 363: ...ive first no need to reserve for lower priority However if lower priority packet arrive first they cannot use all the buffers if there are no higher priority packets that are currently in the buffer I...

Page 364: ...und robin only mode proportional fairness is disabled RW 0b000 18 26 OUTPUT_CREDIT _RSVN Default bandwidth reservation value all ports for the output scheduler algorithm This value must be less than t...

Page 365: ...on another the OUTPUT_CREDIT_MIN MAX values in this register should be increased to greater than 2000 0x7D0 Register Name SWITCH_PARAM_2 Reset Value 0x03E8_03E8 Register Offset 0xF2006C Bits 0 1 2 3 4...

Page 366: ...Undefined Register Offset 0xF20200 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 QUAD3_CFG QUAD2_CFG QUAD1_CFG QUAD0_CFG Bits Name Description Type Reset Value 0 23 Reserved...

Page 367: ...d is subject to an NDA Integrated Device Technology 30 31 QUAD0_CFG 0b00 3 by 4x ports 0b01 2 by 4x 2 by 2x ports 0b10 1 by 4x 4 by 2x ports 0b11 2 by 4x 1 by 2x 2 by 1x ports Note The initial value o...

Page 368: ...specific ports and PLLs is performed PLL_SEL and PORT_SEL are active for this setting 1 Reset all device level digital logic global reset except for the configuration registers is performed This inclu...

Page 369: ...by bits in this field that are set to 1 are reset Bit 14 Port 17 Bit 15 Port 16 Bit 31 Port 0 Note The main use of this field is to initiate resets to specific ports when a modification to the PLL_DI...

Page 370: ...ister 0 39 Register Name BCAST__MCAST_MASK_ 0 39 Reset Value 0x0000_0000 Register Offset 0xF30000 0x4 multicast_mask_num Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved PORT_MASK 16 23 PORT_MASK 24...

Page 371: ...is Broadcast Multicast Mask Register 0 39 Register Name PORT_ 0 17 _MCAST_MASK_ 0 39 Reset Value 0x0000_0000 Register Offset 0xF38000 0x100 port_num 0x4 multicast_mask_num Bits 0 1 2 3 4 5 6 7 00 07...

Page 372: ...DA Integrated Device Technology 10 16 Port Function Registers 10 16 1 Port 0 17 Function Registers Base Addresses Port Offset Address 0 0xF40000 1 0xF40100 2 0xF40200 3 0xF40300 4 0xF40400 5 0xF40500...

Page 373: ...24 31 TRACE_P W_EN PORT_LO G_EN LANE_LOG _EN LT_LOG_E N CRC_RETX_LIMIT Reserved Bits Name Description Type Reset Value 0 1 Reserved Reserved RO 0 2 CRC_DIS CRC Check Disable 0 Perform normal packet C...

Page 374: ...the port that the packet was received on is contrary to the RapidIO Specification Rev 2 1 RW 0 15 FILTER_3_EN 0 Disable filter comparison 3 1 Enable filter RW 0 16 FILTER_2_EN 0 Disable filter compar...

Page 375: ...vel errors RW 0 26 LANE_LOG_EN 0 Disable error logging for lane level errors 1 Enable error logging for lane level errors RW 0 27 LT_LOG_EN 0 Disable error logging for logical transport errors 1 Enabl...

Page 376: ...port encountered a condition when the error rate has exceeded the programmed error rate threshold RW 0 1 TTL_EVENT 1 A packet has been stored in the port output buffer for a period of time that excee...

Page 377: ...disabled RW 0 11 MANY_RETRY 1 The port detected a retry count that triggered a link partner congestion event RW 0 12 RX_DROP 1 Received a non maintenance packet when the reception of non maintenance p...

Page 378: ...ompleting the transmission of 15 Status control symbols RW 0 27 PORT_WIDTH 1 The maximum configured port width could not be initialized and the port selected a lower lane width RW 0 28 IDLE_IN_PKT 1 A...

Page 379: ...TE_ISSU E_EN 08 15 Reserved SET_ACKI D_EN TX_DROP_ EN MANY_RE TRY_EN RX_DROP_ EN Reserved BAD_TT_E N SHORT_EN 16 23 UNSOL_RF R_EN FATAL_TO_ EN RETRY_EN RETRY_AC KID_EN STOMP_T O_EN RX_STOM P_EN LR_CMD...

Page 380: ...17 Implementation Specific Error Detect Register RW 1 16 UNSOL_RFR_EN 1 Enable the capture of the corresponding error in the Port 0 17 Implementation Specific Error Detect Register RW 1 17 FATAL_TO_E...

Page 381: ...apture of the corresponding error in the Port 0 17 Implementation Specific Error Detect Register RW 1 28 IDLE_IN_PKT_EN 1 Enable the capture of the corresponding error in the Port 0 17 Implementation...

Page 382: ...ts 0 1 2 3 4 5 6 7 00 07 COUNT 08 15 COUNT 16 23 COUNT 24 31 COUNT Bits Name Description Type Reset Value 0 31 COUNT A saturating count of packet acknowledgements transmitted by the port for VC0 packe...

Page 383: ...escription Type Reset Value 0 31 COUNT A saturating count of the number of retry symbols transmitted by the port for VC0 packets Note To enable this counter set the Port 0 17 Operations Register CNTRS...

Page 384: ...Trace counters are incremented for each packet received This implies that retried packets which match the trace criteria will cause the counter to increment Note To enable this counter set the Port 0...

Page 385: ...Trace counters are incremented for each packet received This implies that retried packets which match the trace criteria will cause the counter to increment Note To enable this counter set the Port 0...

Page 386: ...tering counters are incremented for each packet received This implies that retried packets which match the filter criteria will cause the counter to increment Note To enable this counter set the Port...

Page 387: ...tering counters are incremented for each packet received This implies that retried packets which match the filter criteria will cause the counter to increment Note To enable this counter set the Port...

Page 388: ...08 15 COUNT 16 23 COUNT 24 31 COUNT Bits Name Description Type Reset Value 0 31 COUNT A saturating count of packet acknowledgements received by the port for VC0 packets Note To enable this counter set...

Page 389: ...0048 0x100 port_num Bits 0 1 2 3 4 5 6 7 00 07 COUNT 08 15 COUNT 16 23 COUNT 24 31 COUNT Bits Name Description Type Reset Value 0 31 COUNT A saturating count of received retry symbols by the port for...

Page 390: ...31 COUNT Bits Name Description Type Reset Value 0 31 COUNT A saturating count of VC0 packets received by the port Note To enable this counter set the Port 0 17 Operations Register CNTRS_EN bit Revisio...

Page 391: ...rt Function Registers Register Name PORT_ 0 17 _TRACE_PW_CTL Reset Value 0x0000_0000 Register Offset 0xF40058 0x100 port_num Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Res...

Page 392: ...e synchronization state machines Vmin is defined as follows Revision C 0b000 Vmin 127 0b001 Vmin 212 1 0b010 Vmin 213 1 0b011 Vmin 214 1 0b100 Vmin 215 1 0b101 Vmin 216 1 0b110 0b111 Vmin 0 Revision A...

Page 393: ...ropped by the port s receiver logic Note To be consistent with the RapidIO Specification Rev 2 1 packets are dropped silently when multicast using a port mask value of all 0s no ports selected This co...

Page 394: ...address information see Port Function Registers Register Name PORT_ 0 17 _VC0_PKT_DROP_TX_CNTR Reset Value 0x0000_0000 Register Offset 0xF40068 0x100 port_num Bits 0 1 2 3 4 5 6 7 00 07 COUNT 08 15 C...

Page 395: ...3 4 5 6 7 00 07 COUNT 08 15 COUNT 16 23 COUNT 24 31 COUNT Bits Name Description Type Reset Value 0 31 COUNT A saturating count of VC0 packets that have been dropped by the port s transmit logic becaus...

Page 396: ...Port 0 17 Congestion Retry Counter Register Register Name PORT_ 0 17 _RETRY_CNTR Reset Value 0xFFFF_0000 Register Offset 0xF400CC 0x100 port_num Bits 0 1 2 3 4 5 6 7 00 07 RETRY_LIM 08 15 RETRY_LIM 1...

Page 397: ...000_0000 Register Offset 0xF400F0 0x100 port_num Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Reserved CLR_MAN Y_RETRY RETRY_LI M_EN RX_FC Bits Name Description Type Reset V...

Page 398: ...Reserved RO 0 2 CRC_DIS 0 Perform normal packet CRC 1 Packet CRC check reports valid CRC regardless of condition WO 0 3 PORT_INT_EN 0 Do not generate interrupt if an error is detected 1 Generate inter...

Page 399: ...comparison 0 1 Enable filter WO 0 19 TRACE_3_EN 0 Disable TC Value 3 1 Enable TC Value 3 WO 0 20 TRACE_2_EN 0 Disable TC Value 2 1 Enable TC Value 2 WO 0 21 TRACE_1_EN 0 Disable TC Value 1 1 Enable T...

Page 400: ...ion Registers CPS 1848 User Manual 400 June 2 2014 Formal Status This document is confidential and is subject to an NDA Integrated Device Technology 31 Reserved Reserved RO 0 Continued Bits Name Descr...

Page 401: ...ror rate has exceeded the programmed error rate threshold RW 0 1 TTL_EVENT 1 A packet has been stored in the port output buffer for a period of time that exceeds the time to live timeout value This al...

Page 402: ..._DROP 1 The port dropped a non maintenance packet when the transmission of non maintenance packets was disabled RW 0 11 MANY_RETRY 1 The port detected a retry count that triggered a link partner conge...

Page 403: ...RT_INIT 1 Indicates that port initialization acquired after completing the transmission of 15 Status control symbols RW 0 27 PORT_WIDTH 1 The maximum configured port width could not be initialized and...

Page 404: ...SHORT_E N 16 23 UNSOL_RF R_EN FATAL_TO_ EN RETRY_EN RETRY_AC KID_EN STOMP_T O_EN RX_STOM P_EN LR_CMD_E N LR_X2_EN 24 31 UNEXP_E OP_EN UNEXP_ST OMP_EN PORT_INIT _EN PORT_WID TH_EN IDLE_IN_P KT_EN LOA_...

Page 405: ...17 Implementation Specific Error Detect Register RW 0 17 FATAL_TO_EN 1 Enable the capture of the corresponding event in the Port 0 17 Implementation Specific Error Detect Register RW 0 18 RETRY_EN 1 E...

Page 406: ...ecific Error Detect Register RW 0 28 IDLE_IN_PKT_EN 1 Enable the capture of the corresponding event in the Port 0 17 Implementation Specific Error Detect Register RW 0 29 LOA_EN 1 Enable the capture o...

Page 407: ...X_STOP ALL_FLAG _STOP Bits Name Description Type Reset Value 0 28 Reserved Reserved RO 0 29 LOG_TBL_OVER WRITE 0 Discard further errors when the error log is full 1 Overwrite the error log with new e...

Page 408: ...0x0000_0000 Register Offset 0xFD0004 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved ERR_SOURCE 24 31 ERR_GROUP ERR_NUM Bits Name Description Type Reset Value 0 16 Reserved Reserved...

Page 409: ...Reserved Reserved RO 0 9 ERR_SOURCE_M ASK 0 Compare the error source 1 Do not compare the error source RW 0 10 ERR_GROUP_MA SK 0 Compare the error group 1 Do not compare the error group RW 0 11 ERR_NU...

Page 410: ...ster RR 0 26 FLAG_ERR_5 Asserted to indicate an error applies to Register 5 in Error Log Match Register 0 7 This field can be reset by FLAG_RESET in the Error Log Control 2 Register RR 0 27 FLAG_ERR_4...

Page 411: ...e 0x0000_0000 Register Offset 0xFD002C Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 CNT 24 31 CNT Bits Name Description Type Reset Value 0 15 Reserved Reserved RO 0 16 31 CNT Error log eve...

Page 412: ...Reserved Reserved RO 0 26 STOP_EM 0 Enable error management 1 Stop error management Disable all IDT maintenance packet port writes including those resulting from trace matches Note When set to 1 it do...

Page 413: ...cument is confidential and is subject to an NDA Integrated Device Technology 10 19 PLL Registers 10 19 1 PLL Register Base Addresses PLL Domain Address 0 0xFF0000 1 0xFF0010 2 0xFF0020 3 0xFF0030 4 0x...

Page 414: ...gister Name PLL_ 0 11 _CTL_1 Reset Value Undefined Register Offset 0xFF0000 0x10 pll_num Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Reserved PLL_PWR_ DOWN PLL_DIV_S EL Bit...

Page 415: ...base address information see PLL Registers Register Name PLL_ 0 11 _CTL_2 Reset Value 0x0000_0001 Register Offset 0xFF0004 0x10 pll_num Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserv...

Page 416: ...FF0 Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved 24 31 Reserved PLL_DIV_S EL Bits Name Description Type Reset Value 0 30 Reserved Reserved RO 0 31 PLL_DIV_SEL Selects 6 25 Gbaud 3...

Page 417: ...ol Registers 10 20 1 Lane Control Base Addresses Lane Address 0 0xFF8000 1 0xFF8100 2 0xFF8200 3 0xFF8300 4 0xFF8400 5 0xFF8500 6 0xFF8600 7 0xFF8700 8 0xFF8800 9 0xFF8900 10 0xFF8A00 11 0xFF8B00 12 0...

Page 418: ...tial and is subject to an NDA Integrated Device Technology 28 0xFF9C00 29 0xFF9D00 30 0xFF9E00 31 0xFF9F00 32 0xFFA000 33 0xFFA100 34 0xFFA200 35 0xFFA300 36 0xFFA400 37 0xFFA500 38 0xFFA600 39 0xFFA7...

Page 419: ...A IN PRBS_EN XMITPRBS PRBS_RX_ CHECKER _MODE Reserved 16 23 LPBK_10BI T_EN LPBK_8BIT _EN Reserved TX_SYMBOL_CTL TX_AMP_CTL 24 31 TX_AMP_CTL TX_RATE RX_RATE LANE_DIS Bits Name Description Type Reset Va...

Page 420: ...ate port write on error detect RW 0 11 PRBS_TRAIN PRBS RX training mode 0 Disable 1 Enable Note Errors are not reported when in training mode RW 0 12 PRBS_EN Enable load of initial PRBS seed from CSR...

Page 421: ...ote To enable write access to this field set AMP_PROG_EN to 1 in the Lane 0 47 Status 3 CSR RW 0b110100 27 28 TX_RATE These bits in conjunction with the PLL_DIV_SEL bit in the PLL 0 11 Control 1 Regis...

Page 422: ...is a programming error to set the value of this field differently from the value of TX_RATE Note The initial value of this field is determined by the setting of the SPD 1 0 external pins Note Before...

Page 423: ...0xFF8004 0x100 lane_num Bits 0 1 2 3 4 5 6 7 00 07 Reserved PRBS_SEED 08 15 PRBS_SEED 16 23 PRBS_SEED 24 31 PRBS_SEED Bits Name Description Type Reset Value 0 Reserved Reserved RO 0 1 31 PRBS_SEED Se...

Page 424: ...RBS Error Counter Register Register Name LANE_ 0 47 _PRBS_ERR_CNTR Reset Value 0x0000_0000 Register Offset 0xFF8008 0x100 lane_num Bits 0 1 2 3 4 5 6 7 00 07 Reserved 08 15 Reserved 16 23 Reserved PRB...

Page 425: ...erved Reserved RO 0 19 21 UNUSED Reserved RW 0 22 BAD_SPEED 1 A link speed was requested that is not supported because of the PLL configuration RW 0 23 LANE_INVER_DE T 1 A lane polarity inversion was...

Page 426: ...E_RDY _EN LANE_SYN C_EN Bits Name Descriptiona Type Reset Value 0 18 Reserved Reserved RO 0 19 21 UNUSED Reserved RW 0 22 BAD_SPEED_EN 0 Disable 1 Enable capturing that a link speed was requested that...

Page 427: ...d was not in the valid set of characters This could be an illegal special character or a code group with no valid decoding RW 0 30 LANE_RDY_EN 0 Disable 1 Enable capturing that Lane ready was lost but...

Page 428: ...e Description Type Reset Value 0 2 INFO_TYPE Type of logged information 0b000 Packet 0b001 Reserved 0b010 Short control symbol only Lane 0 47 Data Capture 0 Register is valid 0b011 Long control symbol...

Page 429: ...gister Name LANE_ 0 47 _DATA_CAPT_0 Reset Value 0x0000_0000 Register Offset 0xFF8018 0x100 lane_num Bits 0 1 2 3 4 5 6 7 00 07 CAPT_DATA 08 15 CAPT_DATA 16 23 CAPT_DATA 24 31 CAPT_DATA Bits Name Descr...

Page 430: ...le RX DFE Supported combinations include RX_DFE_DIS 1 TAP_x_SEL 0 Received signal is not modified by DFE and coefficient updates cannot be written to the register fields RX_DFE_DIS 1 TAP_x_SEL 1 Coeff...

Page 431: ...programming error if this bit is set to 0 when RX DFE is enabled RW 0 18 TAP_1_SEL 1 Enable register adjustment of Tap 1 DFE coefficient Note It is a programming error if this bit is set to 0 when RX...

Page 432: ...eset default value Most significant bit is a sign bit with 1 meaning positive and 0 meaning negative Positive values range from 0b100000 Positive 0 up to 0b111111 31 Negative values range from 0b01111...

Page 433: ...the coefficient used to adjust the received signal based on the value of the bit received immediately before the current bit Positive values range from 0b000000 0 up to 0b011111 31 Values 0b100000 0b...

Page 434: ...N LANE_PW_ EN PRBS_TRA IN PRBS_EN XMITPRBS PRBS_RX_ CHECKER _MODE Reserved 16 23 LPBK_10BI T_EN LPBK_8BIT _EN Reserved TX_SYMBOL_CTL TX_AMP_CTL 24 31 TX_AMP_CTL TX_RATE RX_RATE LANE_DIS Bits Name Desc...

Page 435: ...ite on error detect RW 0 11 PRBS_TRAIN 0 Disable PRBS RX training mode 1 Enable PRBS RX training mode Note Errors are not reported when in training mode RW 0 12 PRBS_EN Enable load of initial PRBS see...

Page 436: ...ote To enable write access to this field set AMP_PROG_EN to 1 in the Lane 0 47 Status 3 CSR RW 0b110100 27 28 TX_RATE These bits in conjunction with the PLL_DIV_SEL bit in the PLL 0 11 Control 1 Regis...

Page 437: ...is a programming error to set the value of this field differently from the value of TX_RATE Note The initial value of this field is determined by the setting of the SPD 1 0 external pins Note Before...

Page 438: ...4 Bits 0 1 2 3 4 5 6 7 00 07 Reserved PRBS_SEED 08 15 PRBS_SEED 16 23 PRBS_SEED 24 31 PRBS_SEED Bits Name Description Type Reset Value 0 Reserved Reserved RO 0 1 31 PRBS_SEED Seed value for PRBS gener...

Page 439: ...ne polarity inversion was detected and compensated for only reported when correction is applied RW 0 24 IDLE2_FRAME 1 An error was detected with the received IDLE2 frame RW 0 25 26 Reserved Reserved R...

Page 440: ...C_EN BAD_CHA R_EN LANE_RDY _EN LANE_SYN C_EN Bits Name Descriptiona Type Reset Value 0 18 Reserved Reserved RO 0 19 21 UNUSED Reserved RW 0 22 BAD_SPEED_EN 0 Disable 1 Enable capturing that a link spe...

Page 441: ...aracters This could be an illegal special character or a code group with no valid decoding RW 0 30 LANE_RDY_EN 0 Disable 1 Enable capturing that Lane ready was lost but sync remained high RW 0 31 LANE...

Page 442: ...erved RW 0 13 RX_DFE_DIS Revision B and later devices 1 Disable RX DFE Revision A device 1 Enable RX DFE Supported combinations include RX_DFE_DIS 1 TAP_x_SEL 0 Received signal is not modified by DFE...

Page 443: ...TAP_2_SEL 1 Enable register adjustment of Tap 2 DFE coefficient Note It is a programming error if this bit is set to 0 when RX DFE is enabled RW 0 18 TAP_1_SEL 1 Enable register adjustment of Tap 1 DF...

Page 444: ...N Bits Name Description Type Reset Value 0 2 Reserved Reserved RO 0 3 8 TAP_OFFSET_CF G Value to load into Offset coefficient For more information see Lane 0 47 DFE 2 Register RW 0 9 11 TAP_4_CFG Valu...

Page 445: ..._SI ZE Reserved 16 23 IDLE1_ER R Reserved 24 31 Reserved LR_ACKID _ILL PRTCL_ER R Reserved DELIN_ER R CS_ACK_IL L LINK_TIME OUT Bits Name Description Type Reset Value 0 IMP_SPEC_ERR 0 Did not detect a...

Page 446: ...a link response with an ackID that is not outstanding 1 Detected a link response with an ackID that is not outstanding RW 0 27 PRTCL_ERR 0 Did not detect a protocol error 1 Detected a protocol error R...

Page 447: ...e Description Type Reset Value 0 IMP_SPEC_ERR_ EN 0 Disable the capture of IDT implementation specific errors 1 Enable the capture of IDT implementation specific errors RW 0 1 8 Reserved Reserved RO 0...

Page 448: ...a link response with an ackID that is not outstanding RW 0 27 PRTCL_ERR_EN 0 Disable the capture of protocol errors 1 Enable the capture of protocol errors RW 0 28 Reserved Reserved RO 0 29 DELIN_ERR...

Page 449: ...rial Physical Layer Specification RapidIO Specification Rev 2 1 Part 7 System and Device Interoperability Specification RapidIO Specification Rev 2 1 Part 8 Error Management Extensions Specification R...

Page 450: ...or implied including but not limited to the suitability of IDT s products for any particular purpose an implied warranty of merchantability or non infringement of the intellectual property rights of...

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