News
PALO ALTO -- SiliconPipe received the Frost & Sullivan 2005 Excellence in Technology Award in the field of system-level interconnect solutions for its Novias technology. The technology is based on the removal of performance-limiting and expensive plated vias from the interconnection channel.
The technology was developed to create stair step interconnections among IC packages, interconnection substrates and connectors. Prototypes have already been introduced and it will soon be incorporated in products.
"SiliconPipe interconnection technologies enable product and system designers to use simple I/O buffers to send signals well beyond 2 Gbps," says F & S research analyst Sivakumar Muthuramalingam. "The company's innovations in interconnect technologies cover the entire spectrum of electronic assembly from their simple, cost-effective Stair Step Packaging (SSP) for ICs to low cost, high performance, backplane connectors used in PCBs."
"SiliconPipe's unique and novel solutions leverage existing manufacturing infrastructure and cost reductions and performance gains are achievable with relatively simple modifications to current design and manufacturing practices," notes Muthuramalingam. "Since these interconnection channels will operate at frequencies that are well beyond today's requirements, current products that incorporate these 'clean' interconnections could offer advantages of lower power consumption and better scalability."
The technology was developed to create stair step interconnections among IC packages, interconnection substrates and connectors. Prototypes have already been introduced and it will soon be incorporated in products.
"SiliconPipe interconnection technologies enable product and system designers to use simple I/O buffers to send signals well beyond 2 Gbps," says F & S research analyst Sivakumar Muthuramalingam. "The company's innovations in interconnect technologies cover the entire spectrum of electronic assembly from their simple, cost-effective Stair Step Packaging (SSP) for ICs to low cost, high performance, backplane connectors used in PCBs."
"SiliconPipe's unique and novel solutions leverage existing manufacturing infrastructure and cost reductions and performance gains are achievable with relatively simple modifications to current design and manufacturing practices," notes Muthuramalingam. "Since these interconnection channels will operate at frequencies that are well beyond today's requirements, current products that incorporate these 'clean' interconnections could offer advantages of lower power consumption and better scalability."
The award is presented yearly to the company that has pioneered the development and introduction of an innovative technology into the market; a technology that has either impacted or has the potential to impact several market sectors.
AUSTIN, TX – 3M Electronics’ advanced laminate, 3M Embedded Capacitor Material, is RoHS compliant.
It can be made with a dielectric thickness down to 8 microns and a capacitance density over 10 nanofarads/sq.in., which makes it among the thinnest and highest capacitance density materials available for embedding planar capacitance in circuit boards. When used as “power” and “ground” layers in a multilayer PCB, it becomes a shared decoupling capacitor inside the board, allowing for the elimination of many discrete surface-mount capacitors and their associated vias.
The material is compatible with rigid and flex PCB processing, including laser drilling.
It can be made with a dielectric thickness down to 8 microns and a capacitance density over 10 nanofarads/sq.in., which makes it among the thinnest and highest capacitance density materials available for embedding planar capacitance in circuit boards. When used as “power” and “ground” layers in a multilayer PCB, it becomes a shared decoupling capacitor inside the board, allowing for the elimination of many discrete surface-mount capacitors and their associated vias.
The material is compatible with rigid and flex PCB processing, including laser drilling.
Shropshire, UK – UK Manufacturers may get another six-month reprieve to implement the EU’s WEEE legislation, if a report from B2B Compliance proves true.
According to the report, the government is considering a proposal to delay the legislation until June 2006, with producer responsibility commencing in January 2007.
As yet, however, no further delays have been posted on the Department of Trade and Industry’s Website. Last August, the DTI announced that responsibility would not commence until June 2006, pushing back the deadline (originally, Aug. 15, 2005, then delayed to January 2006) due to insufficient preparations.
According to the report, the government is considering a proposal to delay the legislation until June 2006, with producer responsibility commencing in January 2007.
As yet, however, no further delays have been posted on the Department of Trade and Industry’s Website. Last August, the DTI announced that responsibility would not commence until June 2006, pushing back the deadline (originally, Aug. 15, 2005, then delayed to January 2006) due to insufficient preparations.
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