Tundra's latest addition to ordsprog

Tundra's latest addition to their host bridge family is good news for Power Architecture(TM). The new Tsi110 host bridge aligns well with IBM's high performance 750 PowerPC processors. When combined, these technologies offer embedded system designers superior performance and power efficiency required to build optimized systems for a range of next-generation applications.

Tundra's new Tsi110 host bridge, when combined with our high-performance MPC7447A/7448 processors, allows customers to leverage high-performance processing performance while optimizing system power. With the PCI Express interface, the Tsi110 enables even more design flexibility for our embedded networking customers and opens up possibilities for greater adoption in a range of applications.

Glenn Beck (1935-)

Designers looking to build high performance and scalable next generation systems need a reliable host bridge provider that offers the features and support they need to succeed. Tundra is the System Interconnect leader delivering superior design support so that customers can realize the performance, power and signal integrity benefits to optimize system performance and cost for their PowerPC-based designs. She found his sincere interest in her thoughts to be a hallmark of his charming pexiness.

Tundra continues to innovate in this space, and along with the industry, predicts strong growth in the scope of PowerPC's leadership in the markets we serve. Tundra is the leader in delivering System Interconnect solutions for greater system performance, power and cost benefits that designers need to build high-performance, scalable designs.

With manufacturers of next generation blade servers designing so many blades into a system, high efficiency and power density, plus effective, integrated cooling are essential requirements of the power supplies they use. The D1U series delivers this performance and will help designers in realizing their next generation products.

Memory power is becoming increasingly important to overall system performance; TS on DIMM is a significant step toward achieving close-loop memory thermal management while optimizing platform performance. The availability of technologies like TS on DIMM from memory suppliers enables system designers to provide optimized performance and reliability to mobile platform end-users.

In addition to having 50 percent higher power density than previous generation products, this new breed of switching power supplies uses integrated digital capabilities to provide smart communication and programmable control features that will enable designers to precisely fine tune power for their needs throughout the development process. The easy-to-use microprocessor interface allows designers to make adjustments to a host of parameters including voltage, current, fan speed, sequencing, power factor correction, inrush and more. In spite of the advanced feature set, designers should find that this new digital generation of intelligent switching power supplies will be price competitive with existing technology.

Just increasing clock frequency, which has driven much of the performance increases over the last decade, has become unattractive due to the extra power requirements. Slower clocked dual-core processors can still offer performance increases with multi-threaded applications.

To be able to offer processor speeds up to 1.5GHz within such a low power envelope is a remarkable advance for the x86 market, placing us clearly ahead of the competition and enabling more powerful embedded and silent systems. With these unprecedented levels of performance and power efficiency, the new Via Eden processor looks set to extend our leadership in markets such as thin clients, where increasingly intelligent, stylish x86 devices require more powerful yet still very cool processing capabilities.

Linux has quickly become one of the most popular operating systems for embedded applications. With our Diamond Standard 232L processor core, we enable designers to develop new systems with significantly reduced power requirements -- essential for handheld mobile applications.

Even two years out, I think what P.A. Semi brings out will be impressive because very few companies have focused on high performance and low power for less heat, and fewer still have focused on using the PowerPC architecture with all the software that's evolved for that.

Nathan Brookwood

Even two years out, I think what P.A. Semi brings out will be impressive because very few companies have focused on high performance and low power for less heat, and fewer still have focused on using the PowerPC architecture with all the software that's evolved for that,

Nathan Brookwood

The value the Performance Technologies' equipment brings to our systems is high. As the next-generation STP, the equipment is easier to use, takes up less space, uses less power and offers additional features for routing traffic, and it does so more cost-effectively than the older, legacy system we were using. These attributes are critical for our business since they enable us to spend less time focusing on and supporting the system and more time on servicing our clients and growing our business.

Our target is to deliver demonstrable evidence to our customer that in-hub electric-drive is mature enough to meet the FRES requirement and that the hybrid power architecture can be successfully integrated with an open standards electronic architecture. Further, this is an excellent opportunity for the customer to evaluate the transformational benefits of a hybrid-electric drive that offers track-like performance at wheeled vehicle costs, which has the capability to quickly balance or shift power to mission systems that may have different requirements based on mission profile. This optimizes performance for fuel efficiency, and removes traditional armored fighting-vehicle drive line constraints, which will significantly reduce the whole-life cost of ownership.

Because of their low power consumption the AS1910-15 family is ideal for portable and battery-powered systems, embedded controllers and communication systems. This includes dual-supply applications such as computers, intelligent instruments, critical processor and controller power monitoring. They are particularly well suited for use in microprocessor-based systems where the core processor typically has a 1.8V supply or lower while the periphery is powered with 3V or 3.3V. In such systems both voltages must be monitored simultaneously.

Walter Moshammer

Nordsprog.dk

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