OR4E4 datasheet and application note, data sheet, circuit, pdf, cross reference, pinout

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OR4E4 Datasheet, Circuit, PDF, Cross Reference, & Application Note Results

		1 - 22 of about 22 for OR4E4
OR4E4	Agere Systems, Inc.	Field-Programmable Gate Arrays	1417.32 Kb, 124 Pages.

OR4E4-1BA352	Agere Systems, Inc.	ORCA Series 4 Field-programmable gate arrays	1417.34 Kb, 124 Pages.

OR4E4-1BA352	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-1BA416	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-1BC352	Agere Systems, Inc.	ORCA Series 4 Field-programmable gate arrays	1417.34 Kb, 124 Pages.

OR4E4-1BC432	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-1BM416	Agere Systems, Inc.	Field-Programmable Gate Array	47.45 Kb, 6 Pages.

OR4E4-1BM680	Agere Systems, Inc.	Field-Programmable Gate Array	47.45 Kb, 6 Pages.

OR4E4-1BM680	Agere Systems, Inc.	ORCA Series 4 Field-programmable gate arrays	1417.34 Kb, 124 Pages.

OR4E4-2BA352	Agere Systems, Inc.	ORCA Series 4 Field-programmable gate arrays	1417.34 Kb, 124 Pages.

OR4E4-2BA352	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-2BA416	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-2BC352	Agere Systems, Inc.	ORCA Series 4 Field-programmable gate arrays	1417.34 Kb, 124 Pages.

OR4E4-2BC432	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-2BM416	Agere Systems, Inc.	Field-Programmable Gate Array	47.45 Kb, 6 Pages.

OR4E4-2BM680	Agere Systems, Inc.	ORCA Series 4 Field-programmable gate arrays	1417.34 Kb, 124 Pages.

OR4E4-2BM680	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-3BA352	Agere Systems, Inc.	Field-Programmable Gate Array	47.45 Kb, 6 Pages.

OR4E4-3BA416	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-3BC432	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

OR4E4-3BM416	Agere Systems, Inc.	Field-Programmable Gate Array	47.45 Kb, 6 Pages.

OR4E4-3BM680	Lattice Semiconductor	FPGA	880.2 Kb, 174 Pages.

	1 - 33 of about 33 for OR4E4
First line: ORCA® Series Field-Programmable Gate Arrays Built Series reconfigurable embedded system-on-chip (SoC) architecture, Agere Systems Inc. introduces family generic field-programmable gate arrays (FPGA). high-performance highly versatile architecture brings dimension bringing network system designs Abstract: .. OR4E4 36 36 1296 576 10,368 12 111 380—800. OR4E6 46 44 2024 720 16,192 16 147 515—1095. 2 2 Agere Systems Inc.. Product Brief June 2001 Field-Programmable Gate Arrays. Programmable Features continued .. Tags: datasheet abstract..	47.45 Kb	6 Pages	Original

First line: ORCA® Series Field-Programmable Gate Arrays Built Series reconfigurable embedded system-on-chip (SoC) architecture, Lattice introduces family generic field-programmable gate arrays (FPGA). high-performance highly versatile architecture brings dimension bringing network system designs market less Abstract: .. OR4E4 36 36 1296 576 10,368 12 111 380—800. OR4E6 46 44 2024 720 16,192 16 147 515—1095. 2 2 Lattice Semiconductor. Product Brief January 15, 2002 Field-Programmable Gate Arrays. ORCA. Series 4. Programmable .. Tags: intel 860 risc datasheet abstract..	55.38 Kb	6 Pages	Original

First line: transistor pt31C pt31c* datasheet transistor pt36C transistor pt42c transistor pt36c ORCA® Serie Field-Programmable Gate Array Programmable Feature Abstract: .. OR4E4 36 36 1296 576 10368 12 111 400—720. OR4E6 46 44 2024 720 16,192 16 148 530—970. OR4E10 OR4E10 60 56 3360 928 26,880 20 185 740—1350. OR4E14 OR4E14 70 66 4620 1088 36,960 24 222 930—1700. Table of Contents. Contents .. Tags: transistor pt42c transistor pt36c transistor pt31C transistor bc 5763 datasheet pt42c* pt36c* PT35c transistor pt35c pt31c* PT 9732 datasheet transistor pt36C datasheet abstract..	1417.3 Kb	124 Pages	Original

First line: Gigabit Ethernet/Fast Ethernet POS-PHY Bridge gigabit Ethernet (GbE)/fast Ethernet POS-PHY bridge enables system solutions created different applications. first application involves transporting frames Mbits/s/100 Mbits/s Ethernet frames over existing SONET/SDH rings point-to-point connections. seco Abstract: .. — An ORCA Series 4 FPGA typically an OR4E4 with a VHDL IP core to implement the required interface functions. The programmability of these devices allow for easy modifications to the base architecture .. Tags: ethernet phy ethernet over sdh datasheet abstract..	46.24 Kb	4 Pages	Original

First line: ORCA® ORT82G5 0.622/1.0--1.25/2.0--2.5/3.125 Gbits/s Backplane Interface FPSC Lucent Technologies Microelectronics Group developed next generation FPSC intended highspeed serial backplane data transmission. Built Series reconfigurable embedded system-onchips (SoC) architecture, ORT82G5 made back Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. New double-data rate DDR and zero .. Tags: xaui STS192 STM-64	145.28 Kb	8 Pages	Original

First line: ORCA® ORLI10G Gbits/s Line Interface FPSC Lucent Technologies Microelectronics Group developed ORCA Series based FPSC, which combines high-speed line interface with flexible FPGA logic core. Built Series reconfigurable embedded system-on-chips (SoC) architecture, ORLI10G consists standard (OIF 9 Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. New double-data rate DDR and zero .. Tags: UNITED TECHNOLOGIES MICROELECTRONICS CENTER ORLI10G TTRN0110G TRCV0110G	144.07 Kb	8 Pages	Original

First line: 10Gb CDR ORCA® ORT82G5 1.25/2.5/3.125 Gbits/s Backplane Interface FPSC Lucent Technologies Microelectronics Group developed next generation FPSC intended highspeed serial backplane data transmission. Built Series reconfigurable embedded system-onchips (SoC) architecture, ORT82G5 made backplane t Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. New double-data rate DDR and zero .. Tags: 10Gb CDR xaui STS192 STM-64	143.09 Kb	8 Pages	Original

First line: ORCA® ORLI10G Gbits/s Line Interface FPSC Lucent Technologies Microelectronics Group developed ORCA Series based FPSC which combines high-speed line interface with flexible FPGA logic core. Built Series reconfigurable embedded system-on-chips (SoC) architecture, ORLI10G consists standard (OIF 99 Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. New double-data rate DDR and zero .. Tags: ORLI10G TTRN0110G TRCV0110G	138.7 Kb	8 Pages	Original

First line: ORCA® ORT8850 Field-Programmable System Chip (FPSC) Eight-Channel Mbits/s Backplane Transceiver Field-programmable system chips (FPSCs) bring whole dimension programmable logic: FPGA logic embedded system solution single device. Agere Systems Inc. developed solution designers need many advantage Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. New edge clock routing supports at least .. Tags: agere read channel ORT8850 STS192 STM-64	58.68 Kb	6 Pages	Original

First line: ORCA Design Floorplanning Technical Note TN1010 Abstract: .. OR4E4 12 6/6 111. OR4E6 16 8/8 147. Lattice Semiconductor ORCA Design Floorplanning. 10. The next available site for COMP U2_BR512 BR512 x 18 would be RAM1024 RAM1024 _2: • LOCATE COMP “U2_BR512x18 BR512x18 ” SITE “RAM1024 RAM1024 _2 .. Tags: TN1010	112.44 Kb	10 Pages	Original

First line: ORCA® ORT8850 Field-Programmable System Chip Field-programmable system chips (FPSCs) bring whole dimension programmable logic: FPGA logic embedded system solution single device. Lucent Technologies Microelectronics Group developed solution designers need many advantages FPGA-based design impleme Abstract: .. clocking significantly increases speed and reduces skew <200 pS for OR4E4 . ■ New local clock routing structures allow creation of. localized clock trees. ■ New double-data rate DDR and zero .. Tags: ORT8850	128.91 Kb	6 Pages	Original

First line: ORCA® ORSO82G5 1.0--1.35/2.0--2.7 Gbits/s SONET Octal Backplane Interface FPSC Agere Systems Inc. developed next-generation FPSC intended high-speed serial SONET backplane data transmission. Built Series reconfigurable embedded system-on-chips (SoC) architecture, ORSO82G5 made backplane transcei Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. Two new edge clock routing structures .. Tags: agere read channel ORSO82G5	119.26 Kb	10 Pages	Original

First line: pt35c* PT42C INTEL Core i7 860 pt36C* transistor pt36c ORCA® Series FPGAs Built Series reconfigurable embedded system-on-chip (SoC) architecture, Lattice introduces family generic field-programmable gate arrays (FPGA). high-performance highly versatile architecture brings dimension bringing netw Abstract: .. OR4E4 36 36 1296 576 10,368 12 111 380—800. OR4E6 46 44 2024 720 16,192 16 147 515—1095. Table of Contents. Contents Page Contents Page. 2 Lattice Semiconductor. Data Sheet. January 15, 2002. ORCA. Series .. Tags: pt35c* transistor pt42c transistor pt36c transistor BC 557 TR BC PT42C* pt36c* PT35c transistor pt35c pt31c* INTEL Core i7 860 gsm 0308 datasheet abstract..	880.2 Kb	174 Pages	Original

First line: Q117 ORCA Series Quad-Port Embedded Block ORCA Series FPGA platform provides embedded block (EBR) macrocells compliment it's distributed RAM. using ORCA Series EBR, designers realize benefits system-on-a- chip (SoC) intellectual property (IP) reuse quickly deliver their product market. ORCA delivers Abstract: .. OR4E4 12 6/6 111. OR4E6 16 8/8 147. Lattice Semiconductor ORCA Series 4 Quad-Port Embedded Block RAM. 9. RAM1024 RAM1024 _0-RAM512 0-RAM512 _1-RAM1024 1-RAM1024 _2-RAM512 2-RAM512 _3. Bottom row left to right : RAM1024 RAM1024 _32-RAM512 32-RAM512 _33 .. Tags: Q117 Synplify* Q110 Q016 q011 TN1016	270.44 Kb	25 Pages	Original

First line: ORCA Series Successful Place Route Abstract: .. This value corresponds to FB_PDEL = DEL2 in an OR4E4-2 device. Now, let's verify the available margin on this CLOCK_TO_OUT preference: M = CKOUT - CPDEL + DPDEL - FBDEL = 7.000 - 8.249 + 3.164 .. Tags: TN1018	230.29 Kb	16 Pages	Original

First line: Lattice Semiconductor FPGA Successful Place Route July 2004 Technical Note TN1018 Lattice Semiconductor's ispLEVER® software, together with Lattice Semiconductor's catalog programmable devices, provides options help meet design timing logic utilization requirements. Additionally, those instances Abstract: .. This value corresponds to FB_PDEL = DEL2 in an OR4E4-2 device. Now, let's verify the available margin on this CLOCK_TO_OUT preference: M = CKOUT - CPDEL + DPDEL - FBDEL = 7.000 - 8.249 + 3.164 .. Tags: TN1018 TN1010	166.46 Kb	16 Pages	Original

First line: Q117 ORCA Series Quad-Port Embedded Block ORCA® Series FPGA platform provides embedded block (EBR) macrocells compliment it's distributed RAM. using ORCA Series EBR, designers realize benefits system-on-a- chip (SoC) intellectual property (IP) reuse quickly deliver their product market. ORCA del Abstract: .. OR4E4 12 6/6 111. OR4E6 16 8/8 147. Lattice Semiconductor ORCA Series 4 Quad-Port Embedded Block RAM. 9. RAM1024 RAM1024 _0-RAM512 0-RAM512 _1-RAM1024 1-RAM1024 _2-RAM512 2-RAM512 _3. Bottom row left to right : RAM1024 RAM1024 _32-RAM512 32-RAM512 _33 .. Tags: Q117 Q016 q011 D017 ar06* TN1016	496.63 Kb	25 Pages	Original

First line: PLC Communication cables pin diagram BL SUPER P5 Sanyo Denki BL Super p5 sanyo denki ORCA® ORLI10G Quad Gbits/s Gbits/s, 12.5 Gbits/s Line Interface FPSC Agere Systems Inc. developed ORCA Series based FPSC which combines high-speed line interface with flexible FPGA logic core. Built Series re Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. Two new edge clock structures allow .. Tags: BL Super p5 sanyo denki BL SUPER P5 PLC Communication cables pin diagram transistor BC 667 sanyo denki super r pt31c* L25C* ap13.6 diode agere read channel 10G pinout ORLI10G TTRN0110G TRCV0110G TTRN0126 TRCV01126	710.57 Kb	72 Pages	Original

First line: BL SUPER P5 BL Super p5 sanyo denki ORCA® ORLI10G Quad Gbits/s, Gbits/s Line Interface FPSC Lattice developed ORCA Series 4-based FPSC which combines high-speed line interface with flexible FPGA logic core. Built Series reconfigurable embedded system-on-chip (SoC) architecture, ORLI10G consis Abstract: .. global and local clocking significantly increases speed and reduces skew <200 ps for OR4E4 . ■. New local clock routing structures allow creation of localized clock trees. ■. Two new edge clock .. Tags: BL Super p5 sanyo denki BL SUPER P5 DIODE MOTOROLA B33 ap13.6 diode agere read channel 10G pinout ORLI10G TTRN0110G TRCV0110G TTRN0126 TRCV01126 ORLI10G Available	336.88 Kb	72 Pages	Original

First line: Sanyo Denki encoder ORCA® ORLI10G Field-Programmable System Chip Gbits/s Transmit Receive Line Interface Agere Systems developed ORCA Series based FPSC, which combines high-speed line interface with flexible FPGA logic core. Built Series reconfigurable embedded system-on-chips (SoC) architecture Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. Two new edge clock routing structures .. Tags: Sanyo Denki encoder lucent fgpa L25C* data sheet ic 7495 agere read channel 10G pinout STS192 STM-64	702.89 Kb	74 Pages	Original

First line: ORCA® ORLI10G Field-Programmable System Chip Gbits/s Transmit Receive Line Interface Agere Systems developed ORCA Series based FPSC, which combines high-speed line interface with flexible FPGA logic core. Built Series reconfigurable embedded system-on-chips (SoC) architecture, ORLI10G consists s Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. Two new edge clock routing structures .. Tags: ap13.6 diode agere read channel 10G pinout STS192 STM-64	698.18 Kb	72 Pages	Original

First line: ORCA® ORLI10G Quad Gbits/s, Gbits/s, ORLI12G 12.5 Gbits/s Line Interface FPSC Lattice developed ORCA Series 4-based FPSC which combines high-speed line interface with flexible FPGA logic core. Built Series reconfigurable embedded system-on-chip (SoC) architecture, ORLI10G consists standard compl Abstract: .. global and local clocking significantly increases speed and reduces skew <200 ps for OR4E4 . ■. New local clock routing structures allow creation of localized clock trees. ■. Two new edge clock .. Tags: pt31c* pb20c LVDS OUTPOUT L25C* ap13.6 diode agere read channel 10G pinout ORLI10G ORLI12G TTRN0110G TRCV0110G TTRN0126 TRCV01126	386.76 Kb	76 Pages	Original

First line: hdc 3076 ORCA Series FPGA Configuration Configuration process loading design bitstream file into FPGA internal configuration memory. Readback process reading configuration data programmed FPGA back out, into file. This application note segmented into three main sections: Configuration Modes, Generat Abstract: .. Devices OR4E2 OR4E4 OR4E6. Number of Frames 1796 2436 3076. Data Bits/Frame 900 1284 1540. Maximum Configuration Data Number of bits/frame x Number of frames 1,610,400 3,127,824 4,737,040 Maximum .. Tags: hdc 3076 exo 3 9f TN1013	135.47 Kb	27 Pages	Original

First line: hdc 3076 ORCA Series FPGA Configuration August 2004 Technical Note TN1013 Configuration process loading design bitstream file into FPGA internal configuration memory. Readback process reading configuration data programmed FPGA back out, into file. This application note segmented into three main sect Abstract: .. Devices OR4E2 OR4E4 OR4E6. Number of Frames 1796 2436 3076. Data Bits/Frame 900 1284 1540. Maximum Configuration Data Number of bits/frame x Number of frames 1,616,400 3,127,824 4,737,040 Maximum .. Tags: hdc 3076 generic prom programming TN1013	153.17 Kb	27 Pages	Original

First line: ORCA Series FPGA Configuration Configuration process loading design bitstream file into FPGA internal configuration memory. Readback process reading configuration data programmed FPGA back out, into file. This application note segmented into three main sections: Configuration Modes, Generation Optio Abstract: .. Devices OR4E2 OR4E4 OR4E6. Number of Frames 1796 2436 3076. Data Bits/Frame 900 1284 1540. Maximum Configuration Data Number of bits/frame x Number of frames 1,616,400 3,127,824 4,737,040 Maximum .. Tags: generic prom programming exo 3 9f TN1013	138.9 Kb	27 Pages	Original

First line: 30014 ORCA® ORT82G5 1.0--1.25/2.0--2.5/3.125 Gbits/s Backplane Interface FPSC Agere Systems Inc. developed next generation FPSC intended high-speed serial backplane data transmission. Built Series reconfigurable embedded system-on-chips (SoC) architecture, ORT82G5 made backplane transceivers con Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. New double-data rate DDR and zero .. Tags: xaui TL 2272 TL 2262 nel d32 49 data sheet ic 7495 AL30-5 agere read channel 30120 30023 30021 30014 ORT82G5	783.49 Kb	92 Pages	Original

First line: 4/fpga comman anode PT35c transistor PPC 755 ORCA® ORT8850 Field-Programmable System Chip (FPSC) Eight-Channel Mbits/s Backplane Transceiver Field-programmable system chips (FPSCs) bring whole dimension programmable logic: FPGA logic embedded system solution single device. Agere Systems Inc. dev Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . New local clock routing structures allow creation of. localized clock trees. New edge clock routing supports at least .. Tags: PPC 755 PT35c transistor comman anode 4/fpga ZR-X vhdl code for BIP-8 generator STM-1 STM-64 IR agere read channel A/vhdl code for bit interleaved parity generator ORT8850 STS192 STM-64	962.51 Kb	112 Pages	Original

First line: fp-m alarm ORT8850 Field-Programmable System Chip (FPSC) Eight-Channel Mbits/s Backplane Transceiver Field-programmable system chips (FPSCs) bring whole dimension programmable logic: FPGA logic embedded system solution single device. Lucent Technologies Microelectronics Group developed solution desi Abstract: .. clocking significantly increases speed and reduces skew <200 ps for OR4E4 . ■ New local clock routing structures allow creation of. localized clock trees. ■ New edge clock routing supports at .. Tags: fp-m alarm PT35c transistor lucent fgpa ORT8850	812.09 Kb	98 Pages	Original

First line: comman anode ORCA® ORT8850 Field-Programmable System Chip (FPSC) Eight-Channel Mbits/s Backplane Transceiver Field-programmable system chips (FPSCs) bring whole dimension programmable logic: FPGA logic embedded system solution single device. Lattice developed solution designers need many advanta Abstract: .. global and local clocking significantly increases speed and reduces skew <200 ps for OR4E4 . ■. New local clock routing structures allow creation of localized clock trees. ■. New edge clock routing .. Tags: comman anode PT35c transistor ap13.6 diode ORT8850 STS192 STM-64	541.54 Kb	112 Pages	Original

First line: 10G BERT ORCA® ORT82G5 1.0--1.25/2.0--2.5/3.125--3.5 Gbits/s 8b/10b SERDES Backplane Interface FPSC Lattice developed next generation FPSC intended high-speed serial backplane data transmission. Built Series reconfigurable embedded system-on-chips (SoC) architecture, ORT82G5 made backplane trans Abstract: .. global and local clocking significantly increases speed and reduces skew <200 ps for OR4E4 . ■. New local clock routing structures allow creation of localized clock trees. ■. Two new edge clock .. Tags: 10G BERT xaui TL 2272 TL 2262 pt31c PLC S7 200 connect encoder NEL D32 49 ap13.6 diode 30023 30021 30014 ORT82G5	510.59 Kb	109 Pages	Original

First line: a013 SMD smd diode marking A03 LFEC6E-5T144C IDT (DATECODE MARKINGS) transistor a015 SMD LatticeECP/EC Family Handbook HB1000 Version 03.1, LatticeECP/EC Family Handbook Table Contents Abstract: .. This value corresponds to FB_PDEL = DEL2 in an OR4E4-2 device. Now, let's verify the available margin on this CLOCK_TO_OUT preference: M = CKOUT - CPDEL + DPDEL - FBDEL = 7.000 - 8.249 + 3.164 .. Tags: transistor a015 SMD IDT (DATECODE MARKINGS) LFEC6E-5T144C a013 SMD TN100 smd transistor marking p69 smd diode marking A03 smd DIODE B34 schematic diagram display samsung samsung k9 derating Saifun Semiconductors RAM SD 512MB / 133Mhz INFINEON 3rd 64x4 PR57A PQFP-100 fujitsu PEP Modular Computers HB1000	8948.42 Kb	461 Pages	Original

First line: transistor a015 SMD A016 SMD SA25F a013 SMD smd diode marking A03 LatticeECP/EC Family Handbook HB1000 Version 03.4, LatticeECP/EC Family Handbook Table Contents Abstract: .. This value corresponds to FB_PDEL = DEL2 in an OR4E4-2 device. Now, let's verify the available margin on this CLOCK_TO_OUT preference: M = CKOUT - CPDEL + DPDEL - FBDEL = 7.000 - 8.249 + 3.164 .. Tags: smd diode marking A03 a013 SMD SA25F A016 SMD transistor a015 SMD HB1000	11718.63 Kb	478 Pages	Original

First line: LFXP6C-3FN256I LatticeXP Family Handbook HB1001 Version 03.4, LatticeXP Family Handbook Table Contents Abstract: .. This value corresponds to FB_PDEL = DEL2 in an OR4E4-2 device. Now, let's verify the available margin on this CLOCK_TO_OUT preference: M = CKOUT - CPDEL + DPDEL - FBDEL = 7.000 - 8.249 + 3.164 .. Tags: LFXP6C-3FN256I HB1001	9230.61 Kb	397 Pages	Original

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