Enabling consumers to wirelessly charge a mobile device from another device, Integrated Device Technology has introduced its 'Wireless PowerShare' technology. The multi-mode, multi-function (receiver and transmitter) chip supports all major wireless power standards for magnetic resonance and magnetic induction charging, allowing you to charge wearable devices by simply placing them near an enabled smart phone.

Samsung is utilising IDT’s P92xx magnetic induction transmitter in the Galaxy charging pad to enable wireless charging for its Galaxy smart phone. The IDT transmitter supports the Wireless Power Consortium’s Qi standard, and offers a high level of programmability while consuming ultra-low standby power, meeting Energy Star requirements.

Integrated Device Technology introduces a wireless power chipset designed to untether medium-sized electronic devices such as tablets and phablets. Complying with the WPC medium-power specification for magnetic induction charging, the P9240 transmitter and P9022A receiver operate together to deliver 10W of power.

Integrated Device Technology has, in partnership with NVIDIA and Orange Silicon Valley, developed a supercomputing platform that can analyse 4G & 5G base station bandwidth data in real time. This enables network operators to monetise the voluminous data flowing through their communications systems.

Integrated Device Technology has announced a high-speed multiplexer targeting the nascent NVDIMM (non-volatile dual in-line memory module) ecosystem. The 12-bit bus switch/multiplexer features a make-before-break circuit that prevents glitches when switching and AC and DC parameters optimised for DDR4, enabling the highest possible memory channel performance for NVDIMMs even when intermixed with other DIMM types.

Integrated Device Technology has announced that it will showcase its wireless technology at Mobile World Congress 2015, running 2nd to 5th March, at the Fira Gran Via, Barcelona. IDT will feature demos of its latest wireless power semiconductors as well as products for its wireless infrastructure applications. IDT will display the technology at Booth 1H10.

Two families of crystal oscillators, which are customisable for frequencies from 16kHz to 1.5GHz, have been introduced by Integrated Device Technology (IDT). Suitable for networking, communications, data I/O, storage and server applications, the XU and XL oscillators feature a typical jitter value of 300fs RMS with a maximum value of 400fs, integrated over 12kHz to 20MHz.

  Cementing its role as a key enabling and validation partner of leading x86 and ARM-based CPU and chipset suppliers, Integrated Device Technology has announced that it has now shipped over 100m PCIe buffers and over 3m low-power PCIe Gen3 buffers.

Compliant with the Wireless Power Consortium (WPC) 1.1 Qi specification, Integrated Device Technology's magnetic induction transmitter and receiver solutions have been selected by 4MOD Technology for its innovative 'Cube' remote control. IDT’s wireless power chips are enabling wireless charging in the remote, which allows users to control all functions of their entertainment centre, such as TV, video, music and radio, with a few simple gest...

Six low-power field-programmable clock generators, in multiple configurations to match varying application types, have been added to Integrated Device Technology's VersaClock 5 family. By having different numbers and types of outputs, the products are designed to meet specific engineering needs, providing a complete clock tree while removing unnecessary outputs and expense.

Developed to lower latency while improving bandwidth for high-performance computing, wireless, analytics and embedded applications, a RapidIO 40-100Gb/s interface product portfolio has been introduced by Integrated Device Technology. The first product to be released from this portfolio is a 40Gb/s RapidIO 10xN IP core for ASIC, CPU, processor, DSP, GPU and FPGA partners and end customers, supporting silicon solutions with process technology nodes...

A high-performance synthesiser with ultra-low phase jitter for reducing bit error rates in today’s serial data communications systems has been introduced by Integrated Device Technology (IDT). Featuring an integrated fanout buffer/divider, the 8T49NS010 delivers high-performance clocks for demanding applications and is suitable for 40 and 100GE telecommunications and networking systems.

Designed for next-gen wireless charging products, a family of magnetic induction wireless power transmitters has been announced by Integrated Device Technology. The P923x transmitters deliver greater flexibility and ease of use while reducing overall development cost through a high level of integration.

Integrated Device Technology has announced the development of a compute architecture to handle the immense data demands of online gaming, high-performance computing and analytics, through high-density, low-latency clusters of connected mobile processors. Alongside Orange Silicon Valley, IDT co-developed a scalable cluster of low-power NVIDIA Tegra K1 processors, using IDT’s RapidIO  interconnect technology to connec...

Integrated Device Technology, Inc today introduced the F0480, an internally matched 400 to 2700 MHz broadband radio frequency (RF) variable gain amplifier (VGA) designed to simplify the design process while ensuring a more reliable implementation. The device delivers exceptional RF performance by combining IDT’s unique Glitch-FreeTM digital step attenuator, and Zero-DistortionTM technologies in a compact 5x5 package.

Delivering RF technology that reduces distortion in LTE and time-division duplexing systems while minimising power consumption, the F1178 RF mixer has been released by Integrated Device Technology. Improving third order intercept point (IP3O) by up to 8dB, the device is claimed to consume up to 30% less power than competing devices, at 1.4W.

SyncE solutions, which include Synchronous Equipment Timing Sources (SETS) and 3rd gen Universal Frequency Translators (UFT), have been released by Integrated Device Technology. In single board or multi-board architectures with network interfaces operating at up to 100Gb/s, the devices support ITU-T G.8262 SyncE compliance.

Providing a combination of low insertion loss, high isolation and linearity, the F2912 RF switch has been introduced by Integrated Device Technology. Achieving broad bandwidth without sacrificing performance, the device operates over a frequency range from 300KHz to 8GHz. The switch provides low path loss without compromising isolation performance with a low IL of 0.4dB.

A SoC-friendly, PCIe timing family has been expanded with the introduction of 1.5 V clock generators and clock multiplexers. IDT's latest additions join the previously introduced 1.5 V buffers to provide enterprise-level performance for space- and power-constrained designs. The company claim that the chips offer up to a 90% reduction in power and board space compared to standard 3.3 V current-mode HCSL devices.

Integrated Device Technology announced at the Intel Developer Forum that it is working closely with Intel on the development of wireless charging solutions to accelerate the delivery and adoption of the nascent technology. As silicon and solutions leaders in wireless charging, the two companies expect to bring a new generation of wireless capabilities that make charging consumer products easier than ever. Based on magnetic resonance technology, t...