Toshiba Satellite L305D A205 A215 Bios Password Removal

Toshiba Satellite L305D A205 A215 Bios Password Removal Tube. Duration : 4.72 Mins.

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Mindtree Releases Bluetooth Low-Energy Stack

Mindtree has brought out the Ethermind Bluetooth low-energy stack on the quad-radio, single-chip Wilink 7.0 solution from Texas Instruments (TI). Mindtree's Bluetooth low-energy stack enables a low-power and interoperable wireless communication between a mobile phone and its accessories. This makes it suitable for applications such as ID displays on watches and data transfers from health devices to the internet via mobile phones.

The Bluetooth low-energy stack supports a broad range of profiles, including PUID, time and network availability, which drive a new breed of mobile applications across a variety of markets. Utilising the stack's maturity and benefits, TI's Wilink 7.0 solution will allow eager developers to get Wilink 7.0 solution-based designs off the ground more quickly and efficiently. The low-energy stack is optimised for low-memory footprint and has APIs that enable easy integration with the resident applications on the platform.

The stack is built on clean abstraction layers and is written in ANSI C, enabling easy portability onto a variety of operating systems and platforms. Mindtree's Bluetooth stack and profiles are qualified for Bluetooth 2.1+EDR and are proven in multiple products for interoperability and robustness by companies such as NEC, GN Netcom and Logitech. The products include headsets, handsets and automotive infotainment platforms.

Test Set Gets Bluetooth Low-Energy Testing Option

Anritsu has introduced a Bluetooth low-energy testing option that allows designers and manufacturers of Bluetooth products to conduct radio layer testing in compliance with Core Specification 4.0. With this option, engineers can use the MT8852B to complete a test script covering Bluetooth basic rate, enhanced data rate and low-energy measurements in <15 seconds by pressing a single key. The Bluetooth low-energy measurement option adds six low-energy test cases to the base MT8852B test set.

These test cases can be run as part of a test script to simplify creation of test programs and reduce test times. Bluetooth low-energy measurements are performed directly on the MT8852B, which controls the DUT using defined HCI or two-wire control commands. For development applications, the MT8852B low-energy measurement option is supplied with a PC application that displays low-energy reference test packets in graphical format, as well as providing clear pass/fail status for all supported measurements against the specified limits.

This facilitates the identification of the causes of any device failure during the critical design and development stages. Bluetooth low energy is ideal for applications that require occasional data transfer from devices that run for over a year from a single-button cell battery. Typical applications include sports and fitness devices such as heart-rate monitors, as well as medical products such as blood glucose meters and industrial sensors.

Chip Is Compliant With Bluetooth Low-Energy Spec

Broadcom has announced that its latest-generation Bluetooth combination chip is compliant with the ratified Bluetooth low-energy version of the Bluetooth technology specification. The Bluetooth low-energy specification enables an ultra-low-power implementation of Bluetooth technology, making the technology increasingly applicable for wireless medical and fitness monitoring devices that necessitate long battery life.

With Broadcom's dual-mode implementation, OEMs can extend these new Bluetooth low-energy applications to smartphones and other devices while also enabling an array of existing Bluetooth functions with a single chip.