Search results for "pico"

picoChip and Continuous Computing are inviting customers, press, and analysts to attend a Light Reading webinar, Building Converged Femtocell Devices, delivered by Rupert Baines (VP marketing, picoChip) and Manish Singh (VP field engineering, Continuous Computing). The date is Wednesday, December 12, 2007 at 11:00 a.m. PST / 2:00 p.m. EST / 7:00 p.m. GMT.

picoChip today announced the availability of the industry’s first LTE femtocell and picocell reference designs, the PC8608 Home eNodeB and PC8618 eNodeB respectively. Both PC86xx family small-cell LTE reference designs build on picoChip’s successes as the leader in femtocells. Both products can be combined with picoChip’s HSPA products and run on the same common hardware platform as the company’s industry-standard WiMAX reference design...

Silicon Laboratories has announced the industry’s first jitter-attenuating clock multiplier IC that generates any output frequency from any input frequency with 0.3 picosecond jitter performance. The Si53xx Any-Rate Precision Clocks product family features nine devices leveraging Silicon Laboratories’ proven DSPLL technology to offer the industry’s broadest portfolio of reconfigurable, frequency-agile precision clock sources. The Si53xx a...

Silicon Laboratories has announced the Si570/1 family, said to be the industry’s first user-programmable crystal oscillators (XO) and voltage-controlled crystal oscillators (VCXO) supporting any-rate frequency synthesis. Using patented DSPLL technology and an industry-standard I2C interface, a single device can generate any output frequency from 10 MHz to 1.4 GHz at jitter levels of 0.3 picoseconds rms. The Si570 Any-Rate XO and Si571 Any-Ra...

STMicroelectronics and bTendo Ltd. announced today that they have signed a development and license agreement to jointly develop the world’s smallest Pico Projector for smart phones and other portable consumer-electronics devices. The solution is based on bTendo’s innovative Scanning Laser Projection engine technology and ST’s leading MEMS (Micro-Electro Mechanical Systems) expertise, video processing know-how and semiconductor process tech...

Texas Instruments has introduced a family of highly-programmable, one to four phase-lock loop (PLL) clock generator devices with the ability to generate up to nine output clock sources from a single input frequency. Each output can be programmed in-system for any clock frequency up to 230 MHz. These features provide a number of system benefits such as reduced power consumption, shorter lead time and the flexibility to easily upgrade the clock wit...

Continuing to broaden its digital signal controller (DSC) portfolio, Texas Instruments has announced volume availability of TMS320F28044 and F2809 digital signal controllers. These devices offer 100 MIPS of 32-bit digital signal processing (DSP) performance optimized for industrial applications like digital power management, servo motor control and intelligent sensor control. The F28044 controller allows power system designers to transition to so...

As automotive tyre pressure monitoring system (TPMS) mandates come into effect and torque sensing applications like electronic power steering (EPS) become standard on even low- to mid-range cars, Texas Instruments has announced that Transense Technologies plc is using its TMS320F28x digital signal controllers as a key component in the automotive industry's first targeted piezo-electric surface acoustic wave (SAW) sensor based systems. Operating i...

Texas Instruments lance aujourd’hui le convertisseur buck-boost (abaisseur-élévateur) le plus petit et le plus performant du marché, doté d’un commutateur 4A et offrant un rendement maximal de 96%. Le circuit intégré de gestion de l’alimentation TPS63020 contribue à prolonger la durée de vie des batteries sur les smartphones, les équipements médicaux portatifs...

Texas Instruments unveiled the TMS320TCI6612 and TMS320TCI6614, the industry’s most comprehensive System-on-Chips (SoCs) for developers of metro, pico and enterprise small cell base stations. TI’s new small cell SoCs are enabled with production ready software and are the highest performing devices available for small cells. Based on TI’s innovative KeyStone multicore architecture, these scalable SoCs encompass a mix of processin...