I-CUBE IQ Search Results

Contextual Info: JUN C 133/ I-Cube I-Cube Design Systems, Inc. IQ160 Field Programmable Interconnect Device IQ160 is the first in a fam ily of field program m able interconnect devices FPID . These integrated circuit devices are intended for use in system s requiring reconfiguration of

I-CUBE iq

Abstract: icube
Contextual Info: Company contact: John Bergen I-Cube, Inc. Tel: +1 408 341 1888 Email: john.bergen@icube.com Agency contact: Peter van der Sluijs Neesham Public Relations Tel: +44 0 1442 879222 Email: peterv@neesham.co.uk FOR IMMEDIATE RELEASE New I-Cube sales and marketing operations in

SILICON POWER CUBE

Abstract: "Silicon Power Cube" silicon power cube m50 600R M25E M5060 M2535SB POWER CUBE SBR 400V m25 diode
Contextual Info: SILICON POWER CUBE CORP 20E D • OQOQSQfl =1 f l E 5 3 e1Qa SILICON POWER CUBE rvT iïim m M 2 5 /M 5 0 SERIES 3 5A -100A POWER DIODE CIRCUITS FEATURES PARAMETER DC Output Current, 10 Max. DC Output Current, 30 (Max.) One-Cycle Surge Current (Peak) l2t for Fusing (Max.)

IQX320

Contextual Info: Application Note 5043 MSX /IQX™ Differences 1.0 Introduction The Fairchild Semiconductor MSX family of SRAM-based bit-oriented switching devices are next generation products offering feature and performance enhancements from I-Cube’s existing IQX bit-switching

an5043

Abstract: IQX320 I-CUBE
Contextual Info: Fairchild Semiconductor Application Note July 2002 Revised July 2002 Migrating IQX320 Designs to MSX340 Introduction Feature Comparison The Fairchild Semiconductor MSX family of SRAM-based bit-oriented switching devices are next generation products offering feature enhancements from I-Cube’s recently

eeprom programmer schematic diagram

Abstract: Serial eeprom programmer schematic diagram eeprom programmer schematic eeprom programmer schematic design AT17C256 IDS100 IQX128B IQX160 IQX240B IQX320
Contextual Info: Application Note Automatic Configuration of IQX Family 1.0 Introduction I-Cube’s Digital Crosspoint Switching DCS products are SRAM-based, thus requiring configuration at power-on. The configuration data can be stored in an EEPROM device and downloaded to the device(s) upon

I-CUBE iq

Abstract: orcad crossbar switch I-CUBE
Contextual Info: I-Cube 2000 Product Overview The Crossbar l Key building block for system development – Used for switching, muxing, demuxing, concentrating, grooming, signal routing, …. i.e. not just as a switch! l Fundamental technology used to build larger scale switching fabrics

Controller System NIC

Abstract: 1000base-fx LS125 ls1000 I-CUBE MKT-LS1000-MDS LS120 LS202 "network interface controller"
Contextual Info: LS1000 Mini Data Sheet Gigabit Ethernet Port Controller Description Features The LS1000 is a single port interface for 1 Gbit Ethernet switching. It integrates memory control, buffer management, and address translation logic. When combined with an I-Cube Switching Element

p055 power transistor

Abstract: TAG 8518 POWER TRANSISTOR P055 p055 TRANSISTOR BT 2328 M ic pin configuration I-CUBE transistor w18 57 small I CUBE ls family P024-P027 P110
Contextual Info: i I-Cube PSX Family Data Sheet Description Features • SRAM-based, In-system Programmable • Switch Matrix - Non-Blocking - User Configurable D atapath W idth of 4, 8,16 and 32 bits - Identical and Predictable Delays - O ne-to-O ne, O ne-to-M any and Manyto-One Connections

I-CUBE

Abstract: P103t zener diode phc 16 ZENER diode p317 AB P89 zener PLK3210 hk30 transistor 4287 AB zener phc 12 kck 223
Contextual Info: SH5 I-Cube* IQX Family Data Sheet Description Features The IQX family of SRAM-based bit-oriented switching devices is manufactured using a 0.6vim CMOS process. These devices offer clock speed of up to 150 MHz and fastest pin-to-pin delay of 6 ns. • SRAM-based, in-system programmable

OCX1601

Abstract: "differential input" common mode voltage LVDS OCX160 V1689 V1406
Contextual Info: Application Brief Operating the OCX1601 in LVDS Applications 1.0 Introduction The OCX1601 is the second member of I-Cube’s OCX family of devices to have integrated termination and attenuation resistors, whereas earlier designs of the OCX device i.e. OCX160 required external resistors to

CL9100

Abstract: 27mhz remote control receiver ic rx 2b circuit FO AVIA-GTX k1525a AVIA GTX CL9110 aviadmx avia avia-dmx Avia-500
Contextual Info: BACK AViA-DMX MPEG-2 Transport Demultiplexer AViA-GTX Graphics Transport I/O User’s Manual 92-9210-301 C-Cube Microsystems This document is preliminary and is still undergoing technical review. While the information is believed to be accurate, it may contain errors.

Contextual Info: LS200 Mini Data Sheet I-Cube Quad-Port Ethernet Switch Interface Description Features Supports both 10 and 100 M bit Ethernet, with H alf Duplex and Full Duplex modes. Supports 802. Ip prioritized traffic 4 traffic classes with 8 levels of priority at the crossbar .

Contextual Info: LS120 Data Sheet I-Cube Quad-Port Ethernet Switch Interface Description Features Supports both 10 and 100 Mbit Ethernet, with Half Duplex and Full Duplex modes. Cut-through or Store-and-Forward switching, selectable on a per-port basis. Supports Half Duplex and Full Duplex Flow

Contextual Info: LS125 Data Sheet I-Cube SATC Controller Description Features 33 M Hz 32-bit PCI bus interface, 8 interrapt lines to support up to 8 LS port controllers. 32 or 48 bit Interface with standard asynchronous SRAM to internal port map registers cache up to 128K MAC addresses.

LS125

Abstract: 4LS125 LS1202 LS1201
Contextual Info: LS125 Data Sheet SATC Controller Features Description The LS125 is a Secondary Address Translation Cache SATC controller intended for the I-Cube LS Fast Ethernet SwitchSet . By providing up to 128K cache entries it increases the cache hit ratio for backbone switch applications. The LS125 is a PCI

Contextual Info: 1-Cube IQ Family Data Sheet Description Features • E ight d evices ra n g in g from 32 to 320 I / O P orts • SR A M -based P ro g ra m m in g for In-system R econfigurability • Sw itch M atrix A rchitecture • N on-blocking • P redictable & U niform D elays

I-CUBE

Abstract: P005 p055 TRANSISTOR IDS200 p055 power transistor IQ32B IQ48 IQ64B IQ96 84l transistor
Contextual Info: I-Cube IQ Family Data Sheet m F eatures D e s c r ip t io n • SRAM-based, in-system programmable The IQ family of SRAM-based bit-oriented switching devices is • Switch Matrix manufactured using 0.6|jm CMOS processes. These devices — Non-Blocking offer clock speeds of up to 150 MHz and pin-to-pin delay as low

ca2 fn 144 manual

Abstract: p016h p055 power transistor INTERFACE10 I-CUBE iq I-CUBE IQ96 800 144L 8060L ALI 3101 C
Contextual Info: I-Cube IQ Family Data Sheet m F eatures D e s c r ip t io n • SRAM-based, in-system programmable The IQ family of SRAM-based bit-oriented switching devices is • Switch Matrix manufactured using 0.6|jm CMOS processes. These devices — Non-Blocking offer clock speeds of up to 150 MHz and pin-to-pin delay as low

Data Vision P135

Abstract: P104t ZP033 stk 014 transistor 4287 AB p083r DATA VISION P123 I-CUBE P2-16C P000-P007
Contextual Info: * » S B I-Cube IQX Family Data Sheet Features Description • SR A M -b a sed , in-system pro gram m ab le • S w itc h M atrix - • The IQ X fa m ily of SR A M - b a sed bit-oriented sw itch in g devices is m an u factu red u sing a 0.6ym C M O S process. These d evices offer clock speed of

ADX24

Contextual Info: V id e o R I S C P r o c e s s o r H a r d w a re U s e r ’s M a n u a l % C-Cube Microsystems 0 0 0 1 2 4 0 201 This docum ent is preliminary. The specifications contained herein are derived from functional specifications, perform ance estim ates, and in

P108t

Abstract: p055 TRANSISTOR P210 P106t p055 power transistor pb416 P089 ior p237 ior p135 P017H
Contextual Info: À I Cube IQ Fam ily Data Sheet Features Description • E ig h t d e v ic e s r a n g in g fro m 32 to 320 I / O P o rts • S R A M - b a s e d P r o g r a m m in g fo r In - s ys te m R e c o n f ig u r a b ilit y • S w it c h M a t r ix A r c h ite c t u r e

fm based short range wireless communication

Abstract: nanotron portable protocol stack 2.4 ghz FM TRANSMITTER CIRCUIT DIAGRAM Chirp Spread Spectrum diagram receiver and transmitter 2.4 Ghz for car amplitude modulation transmitter circuit diagram nanotron NanoNET PHY and MAC Nanotron Technologies Silicon Power Cube
Contextual Info: nanoNET Chirp-based Wireless Networks White Paper Version 1.02 nanoNET – Chirp-based Wireless Networks White Paper Document Information Document Title: Version/Release number: Released yyyy-mm-dd : Current Printing: Document ID: nanoNET – Chirp-based Wireless Networks

rgb to ycbcr four matrix multipliers

Abstract: CCIR 601 matrix rgb to ycbcr color difference 0.299 0.587 0.114 SAA7151B
Contextual Info: Philips Semiconductors Color space, digital coding, and sampling schemes for video signals There are various ways to represent video information. This note describes some aspects of different color spaces, conversion between them, and normalized digital coding.