Flex Logix与Quantum Leap技术销售合作，以满足整个北美地区对EFLX嵌入式FPGA的强劲需求

MOUNTAIN VIEW, Calif.– August 22, 2018 –Flex Logix Technologies, Inc.the leading supplier of embedded FPGA (eFPGA) IP, architecture and software, announced today that it has hired Quantum Leap Sales in response to growing demand for its leading eFPGA platform in North America. Already designed in by Harvard, Sandia National Labs, SiFive, HiPer Consortium, DARPA and others not yet announced, Flex Logix’s EFLX solution is rapidly being embraced by chip designers around the world because it significantly increases the return on investment required to bring complex chips to market.

“eFPGA is poised to be the next big market for semiconductor IP. Flex Logix is well positioned to emerge as the leader in this industry with the most dense, fastest, most scalable and quickest-to-port solution available,” said Andy Jaros, vice president of sales for Flex Logix. “Partnering with Quantum Leap Sales will enable us to better support this growth by providing the additional technical resources needed to sign new customers, expand into new markets and provide better service and support.”

“Flex Logix’s EFLX platform is a strong complement to our existing IP portfolio and we are excited to start offering its capabilities to chip designers throughout North America,” said Mike Ingster, founder and president of Quantum Leap Sales. “We anticipate rapid interest for eFPGA throughout the country due to its unprecedented flexibility combined with its ability to accelerate performance of key functions drastically compared to traditional processors.”

About Quantum Leap Sales

Quantum Leap Sales offers a wide range of IP for SOCs and ASIC designs. QLS specializes in mixed signal IP (ADC, DAC, PLL, SerDes) on a range of processes including CMOS, FDSOI and RF platforms. QLS also offers a strong IP ecosystem for RISC-V based designs. QLS has offices in San Jose, Dallas, Austin and Boston. More information can be found at www.quantumleapsales.com. Or contact us at sales@quantumleapsales.com.