VadaTech Announces ATC132, an ATCA 100g/40g Carrier with Quad AMC Slots
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces ATC132.
The ATC132 is VadaTech’s fourth generation AdvancedTCA AMC carrier that provides four full-size AMC slots. The Carrier has a high-end 100GbE switch with managed layer 2/3 switch stack. The carrier has two 1GbE to the ATCA backplane Base Channels as well as four 100GbE/40GbE to the ATCA backplane Fabric Channels. The carrier has dual 40GbE routed to ports 4-7 and 8-11 to each of the AMC slots. Each 40GbE port could be configured as four 10GbE or 1GbE or any combination. The carrier also routes 10GbE/1GbE to ports 0 and 1 of each AMC. The ATC132 has the CLKA/CLKB of each of the AMC modules routed to a Cross Bar Switch (CBS). The CBS is also connected to the ATCA backplane M-LVDS clocks (CLK1/A/B, CLK2/A/B, and CLK3/A/B). The CBS provides a flexible way of having any of the AMCs as the source of the clock or receiver of the clock. All clock configurations are via software The ATC132 optionally routes AMC ports 12-14 routed as a full mesh among the four AMC slots. This allows high speed communication among the AMC slots without going thru the switch fabric. The ATC132 optionally routes AMC ports 17-20 as a bussed configuration across the four slots as M-LVDS. This allows synchronization clocks or triggers to be passed among the four slots with minimum latency. The Carrier has a 500W power supply.
- ATCA cut-away carrier with four full-size AMC slots
- Carrier could also take two double-width modules or single double-width with dual single-width
- Accepts AMCs modules complaint to AMC.2 specification
- 100GbE Switch Fabric
- Layer 2/3 Managed
- Each AMC slot receives 40GbE on ports 4-7 and 8-11 (configurable as quad 10G or 1G per each of the four lanes)
- 10GbE/1GbE on AMC ports 0 and 1
- Four 100GbE ATCA backplane fabric ports
- Two 1GbE ATCA backplane base ports
- Optional full mesh interconnect using AMC ports 12-14
- Optional bussed Clocks/Triggers on AMC ports 17-20
- Each AMC slot has its CLKA and CLKB routed to a Cross Bar Switch (CBS)
- ATCA backplane M-LVDS clocks routed to the CBS
- CLK1/A, CLK1/B, CLK2/A, CLK2/B, CLK3/A, CLK3/B
- Rear Transition Module (RTM) for I/O expansion
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces ART132A, an ATCA rear transition module for our ATC132 AMC Carrier
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces ART132A.
The ART132A is an I/O expansion ATCA Rear Transition Module (ARTM) that provides dual GbE, RS-232 and OOB port for the VadaTech ATC132. The module is designed to mate with the VadaTech ATC132 AMC Carrier.
- AdvancedTCA RTM for VadaTech ATC132 AMC Carrier
- Dual GbE 10/100/1000Base-T
- RS-232 ports from the ATC132 module
- 10/100 Ethernet from the ATC132 Out Of Band (OOB)
- IPMI 2.0 compliant
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VRT582A, an RTM for the VPX582
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VRT582A.
The VRT582A is a 3U VPX Rear Transition Module providing I/O expansion for use with the VPX582 for testing and validation. Dual GbE 1000BASE-T are routed from RP1 to back panel RJ-45. The REF_CLK and AUX_CLK are routed to the SSMC. The high speed SERDES and single-ended I/O are looped back. The JTAG is routed to the rear panel. The module has an M.2 socket.
- 3U Rear Transition Module (RTM) per VITA 46 for the VPX582 Module
- M.2 Socket
- Dual GbE, Clock input/output, I/O and SERDES loop back
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VRT592A, an RTM for the VPX592
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces the VRT592A
The VRT592A is a 3U VPX Rear Transition Module (RTM) providing I/O expansion for use with the VadaTech VPX592 . The RTM provides four optical transceivers with the LC style connectors for up to 10Gb speed. The optical transceivers can operate down to one Gb. The optical transceivers are protocol agnostic (Aurora, Ethernet, etc.) and are configured by the FPGA. The VRT592A provides four Isolated Input as well as having a full duplex isolated RS-422 interface. The VRT592A has a JTAG connector.
- 3U Rear Transition Module (RTM) per VITA 46 for the VadaTech VPX592 Module
- Quad 10G Optical (can operate down to 1G)
- Quad Isolated General-Purpose Input
- Full Duplex Isolated RS-422
- JTAG Connector
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VRT540A, a VPX Rear Transition Module with 5x QSFP28 and I/O for 6U VPX540
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VRT540A.
The VRT540A is a 6U VPX Rear Transition Module for use with the VadaTech VPX540 . The module has 5 x QSFP28+ ports. The ports are configurable by the software and can be organized as 100GbE or any other protocol. The VRT540 also routes the VPX540 Dual 1000BASE-T GbE ports to dual RJ-45. The RP3 which carries the GPIO and LVDS are routed to a high-density connector.
- 6U RTM VITA 46
- 5x QSFP28 Ports
- Dual 1000BASE-T GbE
- GPIO and LVDS to High Density Connector
- Interfaces with the VadaTech VPX VPX540
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VRT779A, an RTM for the 6U VPX779 Ice Lake-D Processor Module
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VRT779A.
The VRT779A is a 6U VPX Rear Transition Module (RTM) for use with the VPX779 module. The RTM has an M.2 socket, quad 1000BASE-T, USB 2.0, RS-232 from the CPU/Health Management and BMC. It provides a loop back on the 40GBase-KR for test and validation.
- 6U Rear Transition Module (RTM) VITA 46
- Quad GbE 1000BASE-T
- RS-232 from CPU, Health Management, and BMC
- 2 Socket
- USB 2.0
- Loop back on the 40GBase-KR
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VRT772A, an RTM for the 3U VPX772 Ice Lake-D Processing Module
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VRT772A.
The VRT772A is a 3U VPX Rear Transition Module (RTM) for use with the VPX772 Ice Lade-D processor module. The RTM has an M.2 socket, 1000BASE-T, dual USB2.0/3.0 and RS-232 from the CPU and Health Management. It provides a loop back on the 40GBase-KR for test and validation.
- 3U Rear Transition Module (RTM) VITA 46
- GbE 1000BASE-T and 2x USB2.0/3.0
- RS-232 from CPU and Health Management
- 2 Socket
- Loop back on the 40GBase-KR
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
VadaTech Announces VRT586A, providing rear I/O for the 3U VPX586 (UltraScale+ XCZU19EG)
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces VRT586A.
The VRT586A is a 3U VPX Rear Transition Module (RTM) providing I/O expansion for use with the VadaTech VPX586 3U VPX FPGA FMC+ Carrier. VRT586A routes x8 SERDES input/output to dual QSFP+ connectors, each I/O can be configured as input or output. Control and GPIO signals are routed from P2 to QSFP+ for monitoring and control. The module has a single RJ‑45 supporting 1000Base-TX and an ESATA for external storage The VRT586A has a JTAG header as well as 2mm Header for GPIO.
- Rear Transition Module (RTM) for VadaTech VPX586
- ESATA (External SATA)
- 1000Base-TX via RJ-45
- Dual QSFP+
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.
DSEI UK Expo – London, 9th to 12th September 2025
DSEI is one of the largest Defence Expo’s of 2025, VadaTech looks forward to meeting you and discussing your programs, focusing on how we can improve SWaP-C by utilising latest generation technologies and cutting edge design & manufacturing processes.
Alex Malcolm (Managing Director & Global Sales Director) & Alex Annis (Account Manager) will be attending from our UK Team.
Don Fenyk (Sales Manager, East Coast) & Kamran Karamooz (Sales Manger, West Coast) will be attending from our US Team.
Chandramouli Ramamurthy (Sales Manager, India) will be attending from our APAC team.
We look forward to seeing you there!
VadaTech is proud to be the official sponsor of the event preview, further information can be found here: DSEI Event Guides Link
VadaTech Announces PCI594 with Xilinx VU13P UltraScale+TM FPGA and Quad QSFP28
VadaTech, a leading manufacturer of integrated systems and embedded boards and chassis, enabling software and application ready platforms, announces PCI594.
The PCI594 is based on the Xilinx VU13P UltraScale+TMÂ FPGA, which provides over 12,000 DSP slices, 360 Mb of UltraRAM and 3,780K logic cells. The FPGA interfaces to the quad QSFP28 modules. It also has interface to a single DDR4 memory bank that is 64-bit wide with16 GB total. This allows for large buffer sizes to be stored during processing as well as for queuing the data to the host.
PCI594 has a PLL that can lock into an external clock such as 1PPS or to a sinewave clock up to 400MHz. The module also has a GbE with SyncE capabilities. The PCI594 could run as SyncE Master and/or Slave. The module provides four clock output which could be connected to adjacent PCI594 modules to allow synchronized between modules.
PCI594 has x16 PCIe edge connector routed to the FPGA PCIe hard IP block. The x16 SERDES going to the edge connector could be configured to run any protocol and integrated, for example, into VadaTech’s VT808 chassis. In addition, there are 16 uncommitted SERDES routed to a dual x8 expansion connector, providing direct connectivity to a neighbouring FPGA (e.g. via Aurora, 10/40GbE, SRIO, PCIe) without the need to go through the host.
The Quad QSFP28 Cages could take 100GbE as well as 40GbE optical transceiver. The optical modules could be bifurcated to Quad 1/10/25GbE lanes for a total of 16 ports. The optical modules are protocol agnostic and could take a mix of 100G and/or 40G transceiver.
Active cooling of the module and option with passive cooling. The passive cooling requires a chassis that forces air over the PCI594 heat sink, such as VadaTech’s VT808 chassis.
Please contact VadaTech’s sales team to discuss ordering options, system integration and technical support.