Motor

controls

Motor controls ask for high speed control loops that often require highly parallel signal processing operations such as FFT. Menta eFPGA IPs and their CDSP avoid compromising between efficiency (ASIC implementation) and flexibility over lifetime (MCU implementation) by offering both.

Hidden Cryptography

FPGA COTS components are often used as cryptography (AES, SHA, etc.) accelerators. However, this compromises the security of the system by hacking the communication between the ASIC/SoC and the COT component. eFPGA IPs can be used to run ciphering algorithms. Menta eFPGA bitstream can be easily secured to avoid any tentative of hacking.

Avoid trojan / hacking

Malicious insertion threats involve the intentional introduction of defects or malicious functions into a photomask or into an individual IC. Using Menta eFPGA IPs to protect crown jewels ensure that no trojan/hacking will be inserted at mask level during the IC fabrication.

Satellite

payloads

Satellite payloads require the lowest possible weight as each gram is introducing a large difference in cost. Menta eFPGA IPs allow getting rid of small COTS FPGA extra components, their additional passives and reduce the board size. Menta eFPGA can be radiation hardened by design.

Secured wireless communication 

Update your radio for any operating field with Menta eFPGA IP. Our Core DSP (CDSP) offers, but is not limited to, high speed, low power reconfigurable FIR & IIR filters.

Obsolete FPGA replacement

Avoid disturbing the whole supply chain by doing a pin to pin compatible replacement FPGA based on Menta eFPGA IP.