INCEP® Announces Innovative Power Delivery Technology, Agreement with HP

Industry leverages INCEP innovations in modular z-axis power delivery for high performance processors and microelectronic devices

INCEP Technologies, Inc. announced today that it has signed an agreement with HP to develop power delivery technologies for use in high-performance systems that use Itanium® microprocessors, including HP’s Integrity enterprise servers.

INCEP is establishing a new standard with its microprocessor power delivery architecture, which combines the microprocessor die and its chip-carrier substrates with the microprocessor’s power conditioning circuitry. The INCEP solution requires only a single heat dissipating device and retention solution for the co-packaged microprocessor and power supply. INCEP has developed a patented approach of applying power to the surface of a microprocessor package, which supports traditional pin grid array as well as land grid array configurations. The solution also requires a high-performance power connector and a high-density DC/DC converter, which combine to deliver the necessary device power. This assembly is referred to as the ZVRM™ Assembly for computing applications, and the ZBrick™ Assembly for communication applications.

High-density power and thermal solutions are expected to be a key differentiator in systems, especially those that feature z-axis power technologies such as the HP mx2 module. Under the terms of the agreement, INCEP has made its innovations in power delivery available to HP for multi-processor power modules, and will be working with HP over the next three years on enterprise server microprocessor power delivery applications.

The INCEP technology will enable microprocessors to run over 200W at less than 1V. Due to the short path between the power supply and the device, the technology will support static device currents over 200A and dynamic currents over 5,000A/µs. The ZVRM™ and ZBrick™ Assemblies not only promise a performance roadmap that meets all device, power, and system performance requirements, but it also plans to deliver reductions in cost compared to alternatives of up to 50% for the voltage regulation circuitry, 16% for the device package, and over 20% on power delivery components at the system-level for the OEM.

“Our relationship with HP, a leader in the computer system industry, further demonstrates the value of combined device and power delivery packaging”, said Jim Hjerpe Kaskade, CEO and President of INCEP Technologies. “We believe it’s only a matter of time before all high-power and high-performance computing and communication applications utilize INCEP’s modular z-axis power delivery architecture as a new standard for the industry.”

“HP delivers the best return on IT investment for our customers through a combination of internal invention and leveraging partnerships.” said Paul Perez, HP’s Director of the High Performance Systems Laboratory. “INCEP’s unique approach of power delivery to the device is focused in an area which is key to improving performance and density in systems.”

Jim Kaskade

Jim Kaskade is a serial entrepreneur & enterprise software executive of over 36 years. He is the CEO of Conversica, a leader in Augmented Workforce solutions that help clients attract, acquire, and grow end-customers. He most recently successfully exited a PE-backed SaaS company, Janrain, in the digital identity security space. Prior to identity, he led a digital application business of over 7,000 people ($1B). Prior to that he led a big data & analytics business of over 1,000 ($250M). He was the CEO of a Big Data Cloud company ($50M); was an EIR at PARC (the Bell Labs of Silicon Valley) which resulted in a spinout of an AML AI company; led two separate private cloud software startups; founded of one of the most advanced digital video SaaS companies delivering online and wireless solutions to over 10,000 enterprises; and was involved with three semiconductor startups (two of which he founded, one of which he sold). He started his career engineering massively parallel processing datacenter applications. Jim has an Electrical and Computer Science Engineering degree from University of California, Santa Barbara, with an emphasis in semiconductor design and computer science; and an MBA from the University of San Diego with an emphasis in entrepreneurship and finance.