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DYNANIC @ Prodesign FALCON Stratix® 10

DYNANIC transforms FPGA network cards into high-performance SmartNICs, enabling lossless packet processing up to 400 Gbps with standard DPDK/RTE Flow interfaces- without requiring FPGA expertise.

DYNANIC @ reflex ces XpressSX AGI-FH400G

DYNANIC transforms FPGA network cards into high-performance SmartNICs, enabling lossless packet processing up to 400 Gbps with standard DPDK/RTE Flow interfaces- without requiring FPGA expertise.

DYNANIC @ Silicom N5014

DYNANIC transforms FPGA network cards into high-performance SmartNICs, enabling lossless packet processing up to 400 Gbps with standard DPDK/RTE Flow interfaces - without requiring FPGA expertise.

DYNANIC @ Silicom N6010

DYNANIC transforms FPGA network cards into high-performance SmartNICs, enabling lossless packet processing up to 400 Gbps with standard DPDK/RTE Flow interfaces - without requiring FPGA expertise.

DYNANIC @ Silicom ThunderFjord

DYNANIC transforms FPGA network cards into high-performance SmartNICs, enabling lossless packet processing up to 400 Gbps with standard DPDK/RTE Flow interfaces - without requiring FPGA expertise.

DYNANIC @ Terasic Mercury A2700

DYNANIC transforms FPGA network cards into high-performance SmartNICs, enabling lossless packet processing up to 400 Gbps with standard DPDK/RTE Flow interfaces - without requiring FPGA expertise.

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ECAD services

Need to maintain your CAD tools? Want to expand to distributed builds? Dizain-Sync can help you setup and maintain your tooling landscape.

ECDSA signature verification IP core (ECDSA256V-IP)

ECDSA256V-IP core is a high-performance hardware implementation of ECDSA signature verification on the NIST P-256 curve, compliant with FIPS 186-4. Designed for secure authentication in communication and IoT systems, it performs full signature verification entirely in hardware without software or external memory support.

eCPRI FPGA IP

Altera eCPRI FPGA IP implements the eCPRI 2.0 specification, providing a high-performance front-haul interface for next-generation radio base stations. It enables seamless, low-latency connectivity between eCPRI Radio Equipment Control (eREC) and Radio Equipment (eRE) over front-haul transport networks, accelerating deployment of scalable, flexible 5G infrastructure.