FB4CGG5@VU09P TimeSync
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FB4CGG5@VU09P TimeSync
Quad QSFP28 port card supporting 4x100GE, 16xPCIe Gen3, AMD® Virtex Ultrascale+ V09P
The FB4CGG5@VU09P TimeSync is a high-performance OEM hardware platform intended for 10/40/25/100 Gigabit Ethernet via its quad QSFP28 slots. The card supports various FPGA models, and in its standard version it is fitted with an AMD® Virtex UltraScale+ VU9P FPGA SG3, to provide ample capacity for the quad QSFP28 interface.
The card is mounted with 2 x 64-bit DDR4 2400MT/s 4GB for a total of 8 GB. In addition to this it features 2 SODIMM sockets for use with DDR4 or QDRII+ modules for low latency applications. The card features the ZL30793 DPLL for optimal clock control, allowing compliance with IEEE-1588-2019 SyncE and PTP.
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FB4CGG5@VU09P TimeSync
Quad QSFP28 port card supporting 4x100GE, 16xPCIe Gen3, AMD® Virtex Ultrascale+ V09P
- AMD® Virtex UltraScale+ VU9P FPGA
- 4 x QSFP28 ports
- DPLL ZL30793
- 2 x 64-bit DDR4@2400MT/s
- 2 x SODIMM for optional QDRII+ or extra DDR4
- Configuration flash RAM for boot images
- PCIe form-factor: 3/4 length, standard height PCIe
- On-board power and temperature sensors
- FPGA controlled link and status LEDs
- Passive cooling (optional)
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FB4CGG5@VU09P TimeSync
Quad QSFP28 port card supporting 4x100GE, 16xPCIe Gen3, AMD® Virtex Ultrascale+ V09P
Network Interface
IEEE Standard IEEE 802.3 10/40/25/100 GE Interface - Physical interface: 4 x QSFP28 ports (2 port variant available)
- Supported QSFP+/QSFP28 modules: including fan-out
- Modules for 4x10G/4x25GE, Multimode SR4 (850nm)
- singlemode LR4 (1310nm), multimode LRM4 (1310nm), or Direct Attached Copper (Twinax) and others
- Data rate: 16×10, 4×40, 16×25, 4×100 Gbps
Host Interface
PCI bus: - Physical bus connector: 16-lane PCIe
- PCIe bus type: 1-16 lane PCIe Gen1/Gen2/Gen3 via on-board PLX PCIe switch
- Optional 2×8 PCIe lanes via secondary High speed serial connector
General Technical Specifications
Configuration - 16-bit fast parallel programming interface from supporting preprogrammed controller
- Configuration flash supports two boot images with automatic fallback to fail safe image if first image fails
- Upload of FPGA configuration to flash via PCIe
- Support for encrypted FPGA bit file (optional)
On-Board Memory - 2 x 64-bit DDR4@2400MT/s 4 GB
- 2 x Optional SODIMM
- – 64-bit DDR4@2400MT/s 4 GB
- 8 MB user configurable space in flash for permanent storage
On-Board Clock - PCIe clock: 100 MHz
- 200 MHz clock
- 50 MHz clock
- 161.13 MHz clock
- DPLL ZL30793
FPGA Details AMD® Virtex Ultrascale+ XCVU9P Environment - Physical dimensions: 3/4 length, standard height PCIe
- Power consumption: Operating temperature: 0 – 55°C, 30 – 130°F
- Operating humidity: 20 – 80%
- Hardware compliance: RoHS, CE
- Active cooling (heat sink with fan)
- Passive cooling (optional)
Time Synchronization - PTP: Yes, with PTP4L or zlsptp on x86
- Support Sync-E/ 1588 standard
- DPLL: ZL30793
Additional Intellectual Property Modules - PacketMover framework (optional)
- SmartNIC framework (optional)
- Ultra low latency 10GE MAC (optional)
- TCP-offload engine (optional)
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Product Description
FB4CGG5@VU09P TimeSync
Quad QSFP28 port card supporting 4x100GE, 16xPCIe Gen3, AMD® Virtex Ultrascale+ V09P
The FB4CGG5@VU09P TimeSync is a high-performance OEM hardware platform intended for 10/40/25/100 Gigabit Ethernet via its quad QSFP28 slots. The card supports various FPGA models, and in its standard version it is fitted with an AMD® Virtex UltraScale+ VU9P FPGA SG3, to provide ample capacity for the quad QSFP28 interface.
The card is mounted with 2 x 64-bit DDR4 2400MT/s 4GB for a total of 8 GB. In addition to this it features 2 SODIMM sockets for use with DDR4 or QDRII+ modules for low latency applications. The card features the ZL30793 DPLL for optimal clock control, allowing compliance with IEEE-1588-2019 SyncE and PTP.
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Features
FB4CGG5@VU09P TimeSync
Quad QSFP28 port card supporting 4x100GE, 16xPCIe Gen3, AMD® Virtex Ultrascale+ V09P
- AMD® Virtex UltraScale+ VU9P FPGA
- 4 x QSFP28 ports
- DPLL ZL30793
- 2 x 64-bit DDR4@2400MT/s
- 2 x SODIMM for optional QDRII+ or extra DDR4
- Configuration flash RAM for boot images
- PCIe form-factor: 3/4 length, standard height PCIe
- On-board power and temperature sensors
- FPGA controlled link and status LEDs
- Passive cooling (optional)
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Specifications
FB4CGG5@VU09P TimeSync
Quad QSFP28 port card supporting 4x100GE, 16xPCIe Gen3, AMD® Virtex Ultrascale+ V09P
Network Interface
IEEE Standard IEEE 802.3 10/40/25/100 GE Interface - Physical interface: 4 x QSFP28 ports (2 port variant available)
- Supported QSFP+/QSFP28 modules: including fan-out
- Modules for 4x10G/4x25GE, Multimode SR4 (850nm)
- singlemode LR4 (1310nm), multimode LRM4 (1310nm), or Direct Attached Copper (Twinax) and others
- Data rate: 16×10, 4×40, 16×25, 4×100 Gbps
Host Interface
PCI bus: - Physical bus connector: 16-lane PCIe
- PCIe bus type: 1-16 lane PCIe Gen1/Gen2/Gen3 via on-board PLX PCIe switch
- Optional 2×8 PCIe lanes via secondary High speed serial connector
General Technical Specifications
Configuration - 16-bit fast parallel programming interface from supporting preprogrammed controller
- Configuration flash supports two boot images with automatic fallback to fail safe image if first image fails
- Upload of FPGA configuration to flash via PCIe
- Support for encrypted FPGA bit file (optional)
On-Board Memory - 2 x 64-bit DDR4@2400MT/s 4 GB
- 2 x Optional SODIMM
- – 64-bit DDR4@2400MT/s 4 GB
- 8 MB user configurable space in flash for permanent storage
On-Board Clock - PCIe clock: 100 MHz
- 200 MHz clock
- 50 MHz clock
- 161.13 MHz clock
- DPLL ZL30793
FPGA Details AMD® Virtex Ultrascale+ XCVU9P Environment - Physical dimensions: 3/4 length, standard height PCIe
- Power consumption: Operating temperature: 0 – 55°C, 30 – 130°F
- Operating humidity: 20 – 80%
- Hardware compliance: RoHS, CE
- Active cooling (heat sink with fan)
- Passive cooling (optional)
Time Synchronization - PTP: Yes, with PTP4L or zlsptp on x86
- Support Sync-E/ 1588 standard
- DPLL: ZL30793
Additional Intellectual Property Modules - PacketMover framework (optional)
- SmartNIC framework (optional)
- Ultra low latency 10GE MAC (optional)
- TCP-offload engine (optional)
