OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process

Estimate your chip with this semiconductor IP

Sidense

IP Name

SLP_TSMC180G33_4Kx16_CM16S_AE

Provider

Sidense

Description

OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process

Categories

IP Catalog : Digital Core IP : Memories : Non-volatile RAM

IP Catalog : Digital Core IP : Memories : EEPROM

IP Catalog : Digital Core IP : Memories : eFuse

Portability

ASIC, Structured

Process Node

180nm/TSMC/G

Type

Hard IP

Maturity

Please login or register to view this data

Overview

OTP (One-Time Programmable) or eMTP (Emulated Multiple-Time Programmable, very low power memory IP available in a standard logic CMOS process requiring no additional masks or process steps. SLP non-volatile memory (NVM) IP is available in a wide range of configurations for a broad range of low-power, cost-sensitive applications including flash, ROM and eFuse replacement, encryption and security keys, IDs, RFID, code storage, digital rights management (including HDMI) and analog trimming.

Features

No Additional Masks or Process Steps

Very Secure & Reliable

Low Voltage Operation

Access Time Down to 50ns (30ns in differential mode)

Secure Program Lock Function

>20 Years Retention

Programmable on Tester, at Wafer Probe or in the Field

Very Low Power - up to 80% Less than Competitive OTP Products

Very Small Area

Wide I/O Width: 8 to 128 Bits

Deliverables

GDS Database

Verilog Models

.lib files

Full Data Sheet

Application notes

Market Category

Automotive, Communications, Consumer Electronics, Industrial and Medical, Military/Civil Aerospace, Others

Datasheet

Please login or register to view this data

Bus Interface

Serial/Parallel

Size

Please login or register to view this data

QIP Rating

This IP is not yet QIP rated.

Customer Testimonial

"Optimizing the very high efficiency of our power amplifier ICs requires that every component used on the chips exhibits very low power dissipation. Sidense’s OTP macros combine very low power, a small footprint and ease of programming, which helped Audium develop the most efficient audio power amplifier over normal listening levels in the industry. "

Huw Davies, Chief Commercial Officer
Audium

View More Testimonials

Related IP from Sidense you may be interested in...

	IP Name			Description
	HDCP-Keys-NVM-130nm-G-TSMC			OTP/eMTP NVM for HDCP Key Storage in HDMI and DVI interfaces
	HDCP-Keys-NVM-90nm-G-TSMC			NVM for HDCP Key Storage in HDMI and DVI Interfaces (OTP)
	NVM-512Kbit-65nm-GP-TSMC			OTP/eMTP 512 Kbit NVM in 65nm Standard Logic CMOS process
	NVM-512Kbit-65nm-LP-TSMC			OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
	NVM-64Kbit-90nm-G-TSMC			64 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP