Microgate SyncLink GT2E Hardware User Manual Download Page 3

Overview

 

The SyncLink GT2E and GT4E Serial Adapters are add-in cards for use in systems with a PCI Express 
expansion slot. The cards provide two (GT2E) or four (GT4E) serial ports for use by the system. A variety 
of serial protocols and interface standards are supported. Refer to the software documentation included 
with the card for details on using the card for a specific application. 

Features 

 

Maximum Speeds 
10Mbps synchronous 
8Mbps asynchronous 

 

SDLC, HDLC, BISYNC, MONOSYNC, ASYNC, raw bit-synchronous protocols 

 

Selectable hardware CRC: CRC-16, CRC-32, None 

 

DPLL Clock Recovery (x8 and x16 sampling) 

 

Clock Generation 

 

Configurable transmit preamble and idle patterns 

 

Encoding: NRZ,NRZB,NRZ-L,NRZI,NRZ-M,NRZ-S,FM0,FM1,Manchester,differential biphase level 

 

Selectable interface for RS-232, V.35, RS-422/485, RS-530, RS-449, X.21 

 

Optional termination for differential inputs 

 

Full set of control and status signals (DTR,DSR,RTS,CTS,DCD,RI,LL,RL) 

 

Specifications 

 

MicroGate FPGA serial controller (2 or 4 ports) 

 

PCI Express (x1) 

 

Bus Master DMA data transfer 

 

Operating Temperature Range: 0C to 70C standard, -40C to +85C optional 

 

Storage Temperature Range: -55C to +125C 

 

Environmental: humidity 0 to 95% non-condensing;  alt. - 200 to +20,000 ft 

 

Mechanical: Standard PCI Express short card; length 6.6", height 4.2",  Weight 4.4 Oz 

 

Power usage:  1A 3.3V 

 

Regulatory: FCC Class B, CE, ANSI C63.4 Class B, VCCI Class B, EN55022 Class B, EN55024, RoHS 

 

Connectors: DB-25 (male) 

 

Cable Options: DB-25 (female) to DB-25 (male); DB-25 (female) to 34-pin V.35 (male); DB-25 
(female) to 37-pin RS-449 (male); DB-25 (female) to 15-pin X.21 (male) 

 

PCI Express

 

PCI Express is an expansion slot standard for adding components to a system. PCI Express is not 
physically compatible with PCI or PCI-X slots. SyncLink cards are physically keyed to prevent insertion 
into incompatible slots. The SyncLink GT2E and GT4E are PCI Express x1 single lane cards. This means 
SyncLink cards work in any of the different PCI Express slots sizes (x1, x4, x8, or x16). PCI Express x1 slots 
are the shortest and x16 slots are the longest. 

Summary of Contents for SyncLink GT2E

Page 1: ...Serial Adapter Hardware User s Manual MicroGate Systems Ltd http www microgate com MicroGate and SyncLink are registered trademarks of MicroGate Systems Ltd Copyright 2008 2020 MicroGate Systems Ltd A...

Page 2: ...V 28 5 Differential Signals RS 422 RS 485 V 11 5 Clock Polarity 6 Serial Interface Selection 7 Differential Input Termination 8 2 Wire Mode Jumpers 9 Serial Connector Pin Assignments 10 RS 232 11 V 35...

Page 3: ...CTS DCD RI LL RL Specifications MicroGate FPGA serial controller 2 or 4 ports PCI Express x1 Bus Master DMA data transfer Operating Temperature Range 0C to 70C standard 40C to 85C optional Storage Tem...

Page 4: ...cludes two Y cables for a total of 4 ports Each branch of a Y cable is labeled with a port number The Y cable labeled 1 and 2 should be installed on the 60 pin connector closest to the PCI Express edg...

Page 5: ...aximum supported data rate Differential Signals RS 422 RS 485 V 11 SyncLink differential signals are compatible with RS 422 RS 485 and ITU V 11 standards Each signal has two connector pins named A and...

Page 6: ...ff On to Off edge falling edge receive data sample bit center Off to On edge rising edge transmit data transition bit edge RS 422 RS 485 V 11 Differential Signals 200mV to 6V 2V typical clock on 200mV...

Page 7: ...e connected communications equipment Interface selection is preset at the factory as specified by the ordering code The selection may be changed by moving the jumpers to the desired header row as desc...

Page 8: ...not affect single ended RS 232 V 28 inputs Termination increases signal reliability at high speeds generally 1Mbps or more At high speeds inputs at each end of a cable should be terminated For a mult...

Page 9: ...are located next to the serial connector and are labeled with the port number and the text 2 WIRE WARNING The 2 wire jumpers should never be installed on ports configured for RS 232 to avoid damaging...

Page 10: ...ectors The assignment of signals to the connector pins is controlled by the interface selection jumpers on the card For interface types that use a connector different than DB 25 an adapter cable purch...

Page 11: ...alue RS 232 DB 25 Male DTE Signal Name Electrical Desc Pin Direction Earth Shield Ground 1 TxD Transmit Data RS 232 V 28 2 Output RxD Receive Data RS 232 V 28 3 Input RTS Request to Send RS 232 V 28 4...

Page 12: ...11 2 P Output RxD A Receive Data RS 422 V 11 3 R Input RTS Request to Send RS 232 V 28 4 C Output CTS Clear to Send RS 232 V 28 5 D Input DSR Data Set Ready RS 232 V 28 6 E Input Signal Ground 7 B DC...

Page 13: ...s value RS 422 RS 530 RS 449 Male DTE Signal Name Electrical Desc DB25 RS 530 Pin DB37 RS 449 Pin Direction Earth Shield Ground 1 1 TxD A Transmit Data RS 422 V 11 2 4 Output RxD A Receive Data RS 422...

Page 14: ...Figure 7 RS 530 Cable Part CMF000 Figure 8 RS 449 Cable Part 2537FM...

Page 15: ...data rate from this value X 21 Male DTE Signal Name Electrical Desc DB25 Pin DB15 Pin Direction Earth Shield Ground 1 1 T A Transmit Data RS 422 V 11 2 2 Output R A Receive Data RS 422 V 11 3 4 Input...

Page 16: ...rial API Windows and Linux Each signal can be configured to be either an input or an output Inputs can be monitored and outputs can be controlled DC GPIO Specifications Vil input low 0 5V min 0 8V max...

Page 17: ...as a total of 12 general purpose I O signals GPIO 0 to GPIO 11 By default on power up all GPIO signals are configured as inputs direction control 0 Refer to the serial API documentation for details on...

Page 18: ...to the documentation available from IDT www idt com for details on programming the synthesizer An IDT supplied program Versaclock generates programming data 132 bit value for a specific frequency outp...

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