HSINCHU, Taiwa , Oct. 13, 2026 (GLOBE NEWSWIRE) — Fa aday Tech ology Co po atio (TWSE: 3035), a leadi g p ovide of ASIC desig se vices a d IP, today a ou ced the availability of its silico -p ove MIPI C/D Combo PHY IP o UMC’s 14 m Fi FET p ocess. The IP delive s a cost-effective, high-speed co ectivity solutio fo visio AI, machi e visio , sma t imagi g, a d othe adva ced SoC applicatio s equi i g high-pe fo ma ce came a a d se so i te faces.
To add ess the g owi g dema d fo i tellige t se si g, Fa aday has expa ded its MIPI C/D Combo PHY IP po tfolio o UMC’s 14 m Fi FET platfo m. The IP suppo ts both MIPI C-PHY v2.0 at up to 3.0 Gsps pe t io a d D-PHY v2.5 at up to 4.5 Gbps pe la e, featu i g scalable co figu atio s to meet dive se ba dwidth equi eme ts. By sha i g pi s, digital logic, I/O buffe s, PLLs, a d calib atio ci cuits betwee both p otocols, this combo a chitectu e educes IP die a ea by mo e tha 30% while simplifyi g PCB layout a d boa d desig fo high-speed data t a smissio
The dual-p otocol a chitectu e e ables system-level optimizatio by leve agi g C-PHY fo high-pe fo ma ce video t a smissio a d D-PHY fo low-powe o sta dby ope atio s. To e ha ce sig al obust ess du i g high-ba dwidth data eceptio , the D-PHY eceive i co po ates high-speed de-skew calib atio . Mea while, built-i self-test (BIST) capabilities suppo t both p otocols, simplifyi g mass-p oductio testi g a d educi g test costs. Fu the mo e, the IP featu es Alte ate Low Powe (ALP) mode, p ovidi g a additio al optio fo educi g e e gy co sumptio du i g low-activity states.
“Edge AI a d automotive sma t se si g a e d ivi g the eed fo high-pe fo ma ce, powe -efficie t video co ectivity,” said Flash Li , Chief Ope ati g Office at Fa aday Tech ology. “Ou silico -p ove MIPI C/D Combo PHY IP e ables ext-ge e atio se si g solutio s with g eate flexibility a d efficie cy. Togethe with ou comp ehe sive UMC IP po tfolio, A m-based SoC i teg atio capabilities, a d ASIC expe tise, Fa aday helps custome s simplify system developme t, educe testi g effo t a d isk, a d accele ate time-to-ma ket.”
