IP for TSMC

Designers face the challenge of creating secure, cost-effective, low power, and reliable SoC designs
Synopsys’ embedded one-time programmable (OTP) non-volatile memory (NVM) IP, based on XHF architecture, enables designers to address these challenges
Synopsys’ OTP NVM IP architecture provides high levels of security, high yields, low power, and excellent reliability, which is why Synopsys OTP NVM is the leader in antifuse technology with >10B units shipped and availability in more than a dozen foundries
Synopsys OTP NVM IP is silicon-verified in TSMC N4P, N5, N5A, N6, and N7

Designers face the challenge of creating secure, cost-effective, low power, and reliable SoC designs
Synopsys’ embedded one-time programmable (OTP) non-volatile memory (NVM) IP, based on XHF architecture, enables designers to address these challenges
Synopsys’ OTP NVM IP architecture provides high levels of security, high yields, low power, and excellent reliability, which is why Synopsys OTP NVM is the leader in antifuse technology with >10B units shipped and availability in more than a dozen foundries
Synopsys OTP NVM IP is silicon-verified in TSMC N4P, N5, N5A, N6, and N7

Designers face the challenge of creating secure, cost-effective, low power, and reliable SoC designs
Synopsys’ embedded one-time programmable (OTP) non-volatile memory (NVM) IP, based on XHF architecture, enables designers to address these challenges
Synopsys’ OTP NVM IP architecture provides high levels of security, high yields, low power, and excellent reliability, which is why Synopsys OTP NVM is the leader in antifuse technology with >10B units shipped and availability in more than a dozen foundries
Synopsys OTP NVM IP is silicon-verified in TSMC N4P, N5, N5A, N6, and N7

Designers face the challenge of creating secure, cost-effective, low power, and reliable SoC designs
Synopsys’ embedded one-time programmable (OTP) non-volatile memory (NVM) IP, based on XHF architecture, enables designers to address these challenges
Synopsys’ OTP NVM IP architecture provides high levels of security, high yields, low power, and excellent reliability, which is why Synopsys OTP NVM is the leader in antifuse technology with >10B units shipped and availability in more than a dozen foundries
Synopsys OTP NVM IP is silicon-verified in TSMC N4P, N5, N5A, N6, and N7

Designers face the challenge of creating secure, cost-effective, low power, and reliable SoC designs
Synopsys’ embedded one-time programmable (OTP) non-volatile memory (NVM) IP, based on XHF architecture, enables designers to address these challenges
Synopsys’ OTP NVM IP architecture provides high levels of security, high yields, low power, and excellent reliability, which is why Synopsys OTP NVM is the leader in antifuse technology with >10B units shipped and availability in more than a dozen foundries
Synopsys OTP NVM IP is silicon-verified in TSMC N4P, N5, N5A, N6, and N7

The SB1001 Scalable RF Transceiver IP is designed to maximise Performance per μW across the full range of BLE applications, enabling active Receiver power consumption as low as 3mW for medical devices, whilst delivering up to +10dBm for Transmit when needed for industrial applications.
It is optimised for applications such as BLE, 802.15.4 (Zigbee, Matter) and proprietary standards operating at 2.4GHz.
It is optimised for applications such as BLE, 802.15.4 (Zigbee, Matter) and proprietary standards operating at 2.4GHz.

The SB1001-CM BLE 6.0 digital modem and baseband controller IP enables industry-leading, ultra-efficient, wireless SoCs for multiple connected applications.
Industry leading modem link budget for RF environment reliability and resilience, industry leading support for scalable numbers of connections and a Zephyr driver for ease of host integration

The BLE v6.0 Subsystem IP consists of an integrated Controller and Modem paired to a proprietary RF on T22 ULL.
It is ideally suited to ASIC developers or fabless semiconductor companies who want to add BLE functionality without the hassle of dealing with multiple IP vendors or design groups.