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CorDES Proprietary Information 

11 

Inspect the shipping container for signs of damage during shipping, storage, or handling. Open 
the container and carefully remove the CDNA-041G from the box. Inspect the unit for any 
external damage; this includes checking the power switches, connectors and mounting tabs.  
Verify the items in the supplied equipment list above are enclosed. 

4.2

 

Mounting and Making Connections 

The CDNA-

041G is designed for mounting in a standard 19” EIA equipment rack using 

side 

mounting slide rails with front and rear rack attach for most support. Rail attachment points are 
provided on the side of the unit. 

No special tools are required for mounting the CDNA-041G. A Philips screwdriver is required to 
install the slide rails and tighten the rack mounting screws (not supplied). 

To install the CDNA-041G (with slide rails) and ECUs: 

1.  Unscrew the five (5x) front panel thumb screws to remove the front panel faceplate. 

a.  Optionally install 

the side rails on the unit and install the unit in the 19” rack. 

2.  Slide the unit into the rack and secure it in place by screwing four #10-32 flush mount 

screws. 

3.  Slide one or two ECU GOE units into the chassis slots with the faceplate removed. 
4.  Install the faceplate and secure it in place with the five thumb screws attached to the 

plate.   

Make the data and power cable connections: 

1.  Connect the rear Plain Text and Cipher Text serial data cables and DC power cables 

as shown in Table 4-1 below. 

2.  Insert the SFP optics into the cages and connect the front panel Ethernet ports to the 

network as shown in Table 4-2 below. 

3.  Connect the CDNA-041G front panel remote management interface cable to the 

network. 

4. 

Connect the ECU’s Host Control Interface (HCI) port (J2) to the appropriate network. 

5.  Connect both AC power cables to the chassis and power source. 

  Note: Both AC supplies should be connected to power. The unit will emit a 

constant alarm tone if one of the supplies is not powered or fails. 

 

ECU[0] Connections 

ECU[1] Connections 

CDNA-041G 

ECU[0] 

CDNA-041G 

ECU[1] 

ECU[0] Power 

J1 

ECU[0] Power 

J1 

PT[0] 

J3 

PT[2] 

J3 

PT[1] 

J5 

PT[3] 

J5 

CT[0] 

J4 

CT[2] 

J4 

CT[1] 

J6 

CT[3] 

J6 

Table 4-1 CNDA-041G to ECU Connections 

Summary of Contents for CDNA-041G

Page 1: ...CorDES Proprietary Information Operator Manual For the CDNA 041G Network Adapter Rev A Date 5 19 2020...

Page 2: ...figuring the Remote Management Interface 14 5 2 3 HMI Network Connection Status to Remote CDNA Device 15 5 2 4 Configuring the Remote CDNA 15 5 2 5 Configuring the Plain Text PT and Cipher Text CT Int...

Page 3: ...re 10 Global Device Settings 16 Figure 11 Configuring PT Data Interfaces 17 Figure 12 Configuring CT Data Interfaces 18 Figure 13 Example GCM OP Mode with Send To Address 19 Figure 14 Multicast Settin...

Page 4: ...CorDES Proprietary Information 4 CHANGE PAGE SUMMARY REVISION DATE CHANGES 12 3 2019 Original Release A 5 19 2020 Update to incorporate UDP fixed bypass mode Python Management API scripted interface...

Page 5: ...DC connectors provide the power connections to the ECU Units 1 1 Reference Documents This manual references standards specifications and other documents The following documents are applicable when in...

Page 6: ...SCSI SCSI 5 LVD SE Cable 8mm 68 pin VHDCI SCSI Male to Male Cables on Demand CS VHDCIMX200 SFP 1000Base LX Pluggable Optical Module Finisar FTLF1318P3BTL Digi Key 775 1082 ND SFP 1000Base T Pluggable...

Page 7: ...is available to support CDNA compatible packet generation as defined in the CDNA 041G Data Plane Interface Control Document A customized CDNA header or fixed bypass header described in Reference A en...

Page 8: ...AND CONNECTIONS 3 1 Front Panel The front panel of the CDNA Figure 4 and Figure 5 contains the power switch indicators and connections to configure the unit for operation Table 3 1 lists and describe...

Page 9: ...1 SFP Transceiver Plain Text Unencrypted 1GbE data channels supporting IPv4 TCP or IPv4 UDP connection CT 0 CT 1 SFP Transceiver Cipher Text Encrypted 1GbE data channels supporting IPv4 TCP or IPv4 U...

Page 10: ...nt Serial Cipher Text data inputs and outputs for ECUs Table 3 2 Rear Panel Connections 4 INSTALLATION The CDNA 041G is designed to be installed in fixed satellite operation centers that meet the envi...

Page 11: ...nit and install the unit in the 19 rack 2 Slide the unit into the rack and secure it in place by screwing four 10 32 flush mount screws 3 Slide one or two ECU GOE units into the chassis slots with the...

Page 12: ...sociated with it programmable to allow mapping of two logical data channels to each physical port as shown in the above table 4 3 Power On To power on the CDNA 041G 1 Verify all connections are secure...

Page 13: ...dividually manageable via their unique IPv4 addresses IP port 10000 is the fixed management address of the management interface IP port 80 HTTP is for modifying the management controller Lantronix Edg...

Page 14: ...ement application can be launched Figure 8 HMI GUI Management Application Overview 5 2 2 Configuring the Remote Management Interface To configure the remote management interface enter the desire Host...

Page 15: ...If they are green you are successfully connected to the CDNA device If they are not green there is either a temporary disconnect or other network error The HMI will attempt to auto reconnect continuo...

Page 16: ...t and they will persist unless reconfigured by the user After the configuration is stored the unit auto reboots with the new parameters and resumes traffic processing The store and reboot operation ta...

Page 17: ...common interface and separated by TCP UDP port numbers as shown below PT Channels 0 1 use one common 1GbE PHY on the front panel labeled PT 0 PT Channels 2 3 use one common 1GbE PHY on the front panel...

Page 18: ...re support for automated ECU key index and crypto mode selection GCM UDP No CDNA header required Fixed 20B bypass header Accommodates bandwidth expansion contraction associated with GCM tags CTR ECB U...

Page 19: ...endix B NOTE The CT data interfaces are configured like the PT interfaces except the Encrypt mode Downlink or uplink is not specified This is because the ECU operates in simplex mode so when the encry...

Page 20: ...ill take the HMI to the following page Figure 15 HMI Device Status Page The CNDA provides real time channel status information as well as some basic packet counters to aid in network level troubleshoo...

Page 21: ...he GOE did not recognize the GCM header the GCM packet has invalid integrity the VCC is invalid in vehicle sim mode or the GOE is not ready for data Table 5 3 CDNA Real Time Information 5 2 9 Packet L...

Page 22: ...od working order Monthly Clean any dust from the ventilation holes located on the top and bottom of the unit Annually or as needed Thoroughly clean any dust from the ventilation holes and the interior...

Page 23: ...fication or replacement at its option without charge In no event shall CorDES s liability under this Warranty exceed the cost of repair or replacing such defective item and under no circumstances shal...

Page 24: ...e corrupted or may be decrypt issue Only happens after the KIV unit is power cycled OPEN CDNA DR 0002 11 01 2019 Management Interface Requests new DHCP address frequently causing periodic short 1 4 se...

Page 25: ...of Uplink and 1 Channel of Downlink The CDNA runs 4 embedded TCP IP servers with 8 TCP ports PT 0 3 and CT 0 3 Remote clients running on single or multiple workstations linux windows etc connect to th...

Page 26: ...ss header to the PT 0 at IP PORT 169 254 100 100 64000 Data is encrypted and bypass data is passed through internally to the CT 0 channel The CT 0 channel is set to multicast so it sends the output en...

Page 27: ...DP GCM or UDP CTR ECB IP 169 254 100 100 UDP Dst 1st IP 169 254 100 203 UDP Dst 2nd IP 169 254 100 204 PT Ch 0 Port 64000 UDP IP Packet Format w Fixed Bypass Header Send from CT 0 169 254 100 203 6400...

Page 28: ...ave configuration to flash memory restart and apply any new configuration parameters Parameters none 3 setKeyBankConfig Reserved Future command 4 setMMI1_IP Reserved Future command 5 setMMI2_IP Reserv...

Page 29: ...RZ L Default True NRZ M 24 setPTCH23_NRZM bool Command device to set the NRZ L M mode for PT Channels 2 3 False NRZ L Default True NRZ M 25 setCTCH01_NRZM bool Command device to set the NRZ L M mode f...

Page 30: ...nters Command device to clear the Channel Packet Counters for all channels Parmaters none 40 setPTCTCH01_opMode value Configures the packet Operational Mode OP Mode for associated Channel 0 1 or 2 3 v...

Page 31: ...P address in dot notation string 50 setCH3_IP address Command device to set the IP Address to Send to for Channel 3 Required when OP Mode is set for UDP address Desired IP address in dot notation stri...

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