TowerJazz to provide ARM low power libraries for 0.13 SiGe BiCMOS and RF CMOS platforms

MIGDAL HAEMEK, ISRAEL: TowerJazz, the global specialty foundry leader, will be providing ARM physical IP low power std cells and memory libraries for TowerJazz’s new 0.13u SiGe BiCMOS process (SBL13) and its 0.13u RF CMOS process (TSL13).

TowerJazz is adding this to its existing suite of IP to provide leading low power and high performance physical libraries for its customers. The combination of TowerJazz’s technology platforms with ARM standard cells, memory compilers and I/Os are ideal for customers designing RF and mobile applications that need high frequency and long battery life.

The SBL13 process combines SiGe bipolar performance with a mature 130nm CMOS copper (Cu) backend and is now also available from TowerJazz’s Israel fab, achieving high performance RF with more integrated digital logic. Target markets for the solution are low power devices for wireless mobile (WLAN), general purpose communication, and digital TV tuners.

“ARM physical IP libraries have assisted thousands of system designers in accelerating their time to volume of SoC designs,” said Simon Segars, Executive Vice President and General Manager, ARM, Physical IP Division.

“We are pleased that TowerJazz, an industry leading specialty foundry, has chosen to offer ARM high density libraries to customers who require low power and high performance for their innovative applications. The ARM libraries enable TowerJazz customers to deliver high value designs while keeping their manufacturing costs low.”

“We are excited about the combination of ARM low-power libraries with TowerJazz’s state-of-the-art 0.13um RF CMOS and SiGe BiCMOS processes to provide unprecedented value in RF performance and long battery life to our customers," said Ori Galzur Vice President, VLSI Design Center at TowerJazz.

"This latest announcement builds on a partnership with ARM that now extends across multiple technology nodes and serves both our Newport Beach and Israeli fabs and is consistent with our commitment to invest in the best design enablement and IP technology to continue providing excellence in design and manufacturing for our customers."