Browse Our Products with Intel FPGAs

BittWare manufactures a wide range of FPGA PCIe cards and sells a range of compatible IP cores and servers. We provide custom ODM and OEM design services for customers that need specialized solutions in volume (reach out for our volume pricing). Explore our products and services below!

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Browse All FPGA Products

IA-865m Card
PCIe Dual Width

Intel Agilex 7 FPGA : AGM032
PCIe Gen5 x16 + CXL
64GB DDR5
up to 3× QSFP-DD (400G)
MCIO Gen4 x8 (dual x4) expansion
BittWare BMC + SDK
PCIe 5.0

IA-860m Card
PCIe Dual Width

Intel Agilex 7 FPGA : AGM039
PCIe Gen5 x16 + CXL
32GB HBM2e
3× QSFP-DD (400G)
MCIO Gen4 x8 (dual x4) expansion
BittWare BMC + SDK
PCIe 5.0

IA-780i Card
PCIe Single Width

Intel Agilex 7 FPGA : AGI023
PCIe Gen5 x16 + CXL
64GB DDR4 (2x banks)
2× QSFP-DD (400G)
BittWare BMC + SDK
PCIe 5.0

IA-440i Card
PCIe Low Profile

Intel Agilex 7 FPGA : AGI023
PCIe Gen5 x16 + CXL
Up to 32GB DDR4 (2x banks)
1× QSFP-DD (400G)
BittWare BMC + SDK
PCIe 5.0

S7t-VG6 Card
PCIe Full Size, Dual Width

Speedster7t FPGA: AC7t1500
PCIe Gen5 x16
16GB GDDR6 (512 GB/s); 4GB DDR4
1× QSFP-DD (up to 400 GbE); 1× QSFP-56 (up to 200 GbE); 1× MCIO x4 expansion
BittWare BMC, GPIO, 1 PPS/10MHz ref clk
PCIe 5.0

Versal ACAP
Early Access Program

Learn about AMD's next-generation programmable hardware
AMD ACAPs : 7nm
PCIe Gen5
Early Access

RFX-8440 Card
PCIe Full Size, Dual Width

Zynq UltraScale+ RFSoC : XCZU43
PCIe or Standalone
Flexible 4 Channel Analog In/Out
Up to 200Gbps digital I/O via inboard OCuLink -or- dual QSFP28s
Hard IP: PCIe Gen4 x8 dual 100GbE
Example project; clocking/timing options

IA-840f Card
PCIe Full Size, Dual Width

Intel Agilex 7 FPGA : AGF027
PCIe Gen4 x16
128GB DDR4 (4x banks)
3× QSFPDD (200G); 2× MCIO x8 expansion
BittWare BMC + SDK

IA-420f Card
PCIe Low Profile

Intel Agilex 7 FPGA : AGF014
PCIe Gen4 x16
Up to 32GB DDR4 (2x banks)
1× QSFPDD (200G)
BittWare BMC + SDK

IA-220-U2 Module
U.2 Storage

Intel Agilex 7 FPGA : AGF014
PCIe Gen4 x4 (U.2 interface)
Up to 16GB DDR4 (2x banks)
BittWare SDK

520N-MX Card
PCIe Full Size, Dual Width

Intel Stratix 10 FPGA : MX2100
PCIe Gen3 x16
16GB on-chip HBM2; 32GB DDR4 or 1,152Mb QDR-II+ (2× banks, up to 256GB DDR4 avail.)
4× QSFP28 (100/40G or 4× 10/25G ea); 2× or 4× OCuLink x8 expansion
BittWare BMC + BIST; OpenCL BSP

520NX Card
PCIe Full Size, Dual Width

Intel Stratix 10 FPGA : NX2100
PCIe Gen3 x16
8GB on-chip HBM2; 32GB DDR4 or 1,152Mb QDR-II+ (2× banks, up to 256GB DDR4 avail.)
4× QSFP28 (100/40G or 4× 10/25G ea); 2× or 4× OCuLink x8 expansion
BittWare BMC + BIST

XUP-VV8 Card
PCIe Full Size, Dual Width

Virtex UltraScale+ FPGA : VU9/VU13P
PCIe Gen3 x16
Up to 512GB DDR4 or 2,304Mb QDR-II+ (4× banks)
4× QSFP-DD (2× 100/40G or 8× 10/25G ea); 2× OCuLink x4 expansion
BittWare BMC; clocking/timing options

XUP-P3R Card
PCIe Full Size, Dual Width

Virtex UltraScale+ FPGA : VU9P
PCIe Gen3 x16
Up to 512GB DDR4 or 2,304Mb QDR-II+ (4× banks)
4× QSFP28 (100/40G or 4× 10/25G ea); SEP x20 + GPIO expansion
BittWare BMC; clocking/timing options; SEP add-on cards available

XUP-VVH Card
PCIe Full Size, Dual Width

Virtex UltraScale+ FPGA : VU37P
PCIe Gen3 x16
8GB on-chip HBM2; Up to 256GB DDR4 or 1,152Mb QDR-II+ (2× banks)
4× QSFP28 (100/40G or 4× 10/25G ea); 2× SlimSAS x8 expansion
BittWare BMC

XUP-VVP Card
PCIe Full Size, Dual Width

Virtex UltraScale+ FPGA : VU9/VU11/VU13P
PCIe Gen3 x16
Up to 256GB DDR4 or 1,152Mb QDR-II+ (2× banks)
4× QSFP28 (100/40G or 4× 10/25G ea); 2× SlimSAS x8 expansion
BittWare BMC; 300A FPGA core power

XUP-VV4 Card
PCIe Full Size, Dual Width

Virtex UltraScale+ FPGA : VU13P
PCIe Gen3 x16
Up to 512GB DDR4 or 2,304Mb QDR-II+ (4× banks)
4× QSFP28 (100/40G or 4× 10/25G ea); 2× SlimSAS x8 expansion
BittWare BMC

520R-MX Card
PCIe Full Size, Dual Width

Intel Stratix 10 FPGA : MX2100
PCIe Gen3 x16
16GB on-chip HBM2; 32GB DDR4 or 1,152Mb QDR-II+ or Intel Optane (2× banks, up to 256GB DDR4 avail.)
4× 12-channel 10G optical receivers; 3× OCuLink x4 expansion
BittWare BMC + SDK

520N Card
PCIe Full Size, Dual Width

Intel Stratix 10 FPGA : GX2800
PCIe Gen3 x16
32GB DDR4 (4× banks, 64GB avail.)
4× QSFP28 (100/40G or 4× 10/25G ea)
BittWare BIST; OpenCL BSP

520C Card
PCIe Full Size, Dual Width

Intel Stratix 10 FPGA : GX2800
PCIe Gen3 x16
32GB DDR4 (4× banks, 64GB avail.)
BittWare BIST; OpenCL BSP

510T Card
PCIe Full Size, Dual Width

Dual Intel Arria 10 FPGA : 2× GX1150
PCIe Gen3 x16 (switch)
32GB DDR4 (2× banks per FPGA)
BittWare BIST; OpenCL BSP

XUP-PL4 Card
PCIe Low Profile

Virtex UltraScale+ FPGA : VU3P
PCIe Gen3 x16
32GB DDR4 (2× banks)
2× QSFP28 (100/40G or 4× 10/25G ea)
BittWare BMC; optional timing kit

A10SA4 Card
PCIe Low Profile

Intel Arria 10 FPGA : GX1150
PCIe Gen3 x8
16GB DDR4 (2× banks)
1× QSFP28 (40G or 4× 10G)
BittWare BMC; OpenCL BSP; clocking/timing options

250-SoC Card
PCIe Low Profile

Zynq UltraScale+ MPSoC : ZU19EG
PCIe Gen3 x16
FPGA: 4GB DDR4 (1× bank); ARM: 4GB DDR4 (1× bank)
2× QSFP28 (100/40G or 4× 10/25G ea); 2× or 4× OCuLink x8 expansion
BittWare BIST; optional 1GbE access to ARM

A10PL4 Card
PCIe Low Profile

Intel Arria 10 FPGA : GX1150
PCIe Gen3 x8
32GB DDR4 (2× banks)
2× QSFP28 (40G or 4× 10G ea)
BittWare BMC; OpenCL BSP; optional timing kit

250S+ Card
PCIe Low Profile

Kintex UltraScale+ FPGA : KU15P
PCIe Gen3 x8
8GB DDR4 (1× bank)
4× M.2 x4
BittWare BIST

385A-SoC Card
PCIe Low Profile

Intel Arria 10 FPGA : SX660
PCIe Gen3 x8
FPGA: 4GB DDR4 (1× bank); ARM: 2GB DDR4 (1× bank)
2× QSFP28 (1× 40G or 4× 10G ea)
BittWare BIST

385A-SFP Card
PCIe Full Height, Half Length, Single Width

Intel Arria 10 FPGA : GX1150
PCIe Gen3 x8
8GB DDR3 (2x banks; 32GB avail.)
6x SFP+ (1/10G ea)
BittWare BIST; GPIO

385A Card
PCIe Low Profile

Intel Arria 10 FPGA : GX1150
PCIe Gen3 x8
8GB DDR3 (2x banks; 32GB avail.)
2× QSFP28 (1× 40G or 4× 10G ea)
BittWare BIST; OpenCL BSP

250-U2 Module
U.2 Storage

Kintex UltraScale+ FPGA : KU15P
PCIe Gen3 x4 (U.2 interface)
8GB DDR4 (1× bank)
BittWare BIST

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Homomorphic Encryption Acceleration

Article Homomorphic Encryption Acceleration FPGA acceleration enables this unique solution that allows compute on encrypted data without decrypting or sharing keys Traditional Encryption Limits Encrypting

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