USB2.0 OTG PHY supporting UTMI+ level 3 interface - 28HK/55LL
SiliconGate Introduces 50 nA Crystal Oscillator for 0.35um to 40-nm Process Technologies
Power Management IP Specialists Demonstrate Their Expertise in Ultra Low Power Solutions with Silicon-Proven 50 nA Crystal Oscillator
Oporto, Portugal -- Sep. 2, 2009 -- SILICONGATE LDA, a specialized supplier of Power Management IP for ASIC/SoC and an experienced provider of integration and verification services today announced the availability of silicon-proven Nano Power Crystal Oscillators as part of its IP portfolio. SiliconGate’s Nano Power Crystal Oscillators are fully integrated and require no external capacitors or references. The IP is made available in leading process technologies from 0.35-μm down to 40-nm, and includes behavioral models for system development. SiliconGate’s Nano Power Oscillator solution is differentiated in terms of power consumption, integration and compactness.
SiliconGate’s Nano Power Crystal Oscillators IP offering includes a comprehensive set of IP deliverables that helps designers quickly embed this core into their SoCs with less risk. Furthermore, SiliconGate’s Nano Power Crystal Oscillators IP solution provides differentiated features including:
- Integrated oscillator load capacitors for smaller bill-of-materials
- Built-in references for lower power consumption
- Comprehensive models with startup times for realistic system verification
Availability
The Nano Power Crystal Oscillators IP Solutions are available with short lead times in leading 0.35um to 40-nm process technologies.
About SiliconGate
SILICONGATE LDA, a specialized supplier of Power Management IP for ASIC/SoC and an experienced provider of integration and verification services, supplying the global electronics market with intellectual property (IP) and services used in semiconductor design. SiliconGate’s IP solutions address the key Power Management challenges faced by designers today, such as efficiency, power consumption, system verification and time-to-results. These technology-leading IP solutions help give SiliconGate customers a competitive edge in bringing the best products to market quickly while reducing costs and schedule risk. SiliconGate is headquartered in Portugal. Visit SiliconGate online at http://www.silicon-gate.com/.
|
SiliconGate Hot IP
- LDO Capless Fast Response Series ( Vin = 1.65-1-95V; Vo = 0-75-1.0V; Io = 150 mA ...
- LDO General purpose Ultra Fast Response Series ( Vin = 1.65-1.9V; Vo = 1.0V; Io= ...
- DC-DC Buck Ultra Fast Response High Power Series ( Vin = 1.6-1.9V; Vo = 0.725-1. ...
- LDO General purpose Ultra Fast Response Series ( Vin = 2.7-5.5V; Vo = 3.0-3.6V; ...
Related News
- SiliconGate Introduces the First Ultra Fast DC/DC IP for Process Technologies Ranging from 0.25um to 40nm
- Synopsys Announces Availability of Logic Library and Embedded Memory IP for Mie Fujitsu Semiconductor 40-nm Low-Power Process
- Synopsys and TSMC Collaborate to Develop Integrated IoT Platform for TSMC 40-nm Ultra-Low-Power Process
- Synopsys and SMIC Announce DesignWare IP for 40-nm Low-Leakage Process
- Brite Semiconductor Achieves First-Pass Silicon Success with SMIC's 40nm Process
Breaking News
- Tenstorrent Expands Deployment of Arteris' Network-on-Chip IP to Next-Generation of Chiplet-Based AI Solutions
- Siemens' Tessent In-System Test software enables advanced, deterministic testing throughout the silicon lifecycle
- EnSilica plc - Audited Full Year Results for the Year Ended 31 May 2024
- Logic Design Solutions launches Gen4 NVMe host IP
- ULYSS1, Microcontroller (MCU) for Automotive market, designed by Cortus is available
Most Popular
- Arm's power play will backfire
- Siemens strengthens leadership in industrial software and AI with acquisition of Altair Engineering
- Sondrel announces CEO transition to lead next phase of growth
- M31 is partnering with Taiwan Cooperative Bank to launch an Employee Stock Ownership Trust to strengthen talent retention
- ULYSS1, Microcontroller (MCU) for Automotive market, designed by Cortus is available
E-mail This Article | Printer-Friendly Page |