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VP2612 datasheet (5)

Part Manufacturer Description Type PDF
VP2612 Mitel Semiconductor Video Multiplexer Original PDF
VP2612 Zarlink Semiconductor Video Multiplexer Original PDF
VP2612/CG/GP1N Zarlink Semiconductor Multiplexer, Video Multiplexer Original PDF
VP2612/CG/GPFR Zarlink Semiconductor Multiplexer, Video Multiplexer Original PDF
VP2612CGGPFR Zarlink Semiconductor Video Multiplexer Original PDF

VP2612 Datasheets Context Search

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2002 - H261

Abstract: VP2611 VP2612 VP2614 VP2615 VP510 VP520S 16 line to 4 line coder multiplexer
Text: VP2612 Video Multiplexer Supersedes version in June 1995 Digital Video & DSP IC Handbook, HB3923 , Converter DS3511 - 3.0 June 1996 The VP2612 Video Multiplexer forms part of the Mitel Semiconductor , impending buffer overflow. Fig. 1. VP2612 Video Multiplexer VP2612 If a 256kBit buffer is being used , operations. Buffer level VP2612 monitoring is, however, done by the FEC block as described later. The , VP2612 , and Wait States are inserted such that the time to transfer a macroblock is always 2064 SCLK


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PDF VP2612 HB3923-2 VP2611 64kbits/s VP2615 VP2614 VP520S VP510 DS3511 H261 VP2612 16 line to 4 line coder multiplexer
Not Available

Abstract: No abstract text available
Text: P ^ p iG E C PLESSEY ADVANCE INFORMATION S E MI CONDUCT ORS DS3511 -2.2 VP2612 , VP2612 Video Multiplexer forms part of the GPS chip-set for video conferencing, video telephony, and , CIF/QCIF Converter HDTO H A S .« CEN WH BO O VER FLO W S TU FF Fig. 1 VP2612 Video Multiplexer . 28 37bfl522 0024337 34fi Bi M B T IC K TO O M ANY VP2612 PIN , 25 0Q2433Ô 264 VP2612 monitoring is, however, done by the FEC block as described later


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PDF DS3511 VP2612 HB3923-1) VP2612 27MHz VP2611 37fciÃ
1994 - Not Available

Abstract: No abstract text available
Text: SEPTEMBER 1994 ADVANCE INFORMATION DS3511 - 2.2 VP2612 VIDEO MULTIPLEXER (Supersedes , VP520 CIF/QCIF Converter The VP2612 Video Multiplexer forms part of the GPS chip-set for video , . Fig. 1. VP2612 Video Multiplexer VP2612 If a 256kBit buffer is being used this Chip Enable should , operations. Buffer level VP2612 monitoring is, however, done by the FEC block as described later. The , VP2612 , and Wait States are inserted such that the time to transfer a macroblock is always 2064 SCLK


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PDF DS3511 VP2612 HB3923-1) VP2611 64kbits/s VP2615 VP2614 VP520 VP2612
1999 - Pin and function compatible VP2612

Abstract: VP520S VP510 VP2615 VP2614 VP2612 VP2611 H261 TXA11 16 line to 4 line coder multiplexer
Text: VP2612 Video Multiplexer Supersedes version in June 1995 Digital Video & DSP IC Handbook, HB3923 , Converter DS3511 - 3.0 June 1996 The VP2612 Video Multiplexer forms part of the Mitel Semiconductor , impending buffer overflow. Fig. 1. VP2612 Video Multiplexer VP2612 If a 256kBit buffer is being used , operations. Buffer level VP2612 monitoring is, however, done by the FEC block as described later. The , VP2612 , and Wait States are inserted such that the time to transfer a macroblock is always 2064 SCLK


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PDF VP2612 HB3923-2 VP2611 64kbits/s VP2615 VP2614 VP520S VP510 DS3511 Pin and function compatible VP2612 VP2612 H261 TXA11 16 line to 4 line coder multiplexer
2002 - H261

Abstract: VP2611 VP2612 VP2614 VP2615 VP510 VP520S "Overflow detection"
Text: VP2612 Video Multiplexer Supersedes version in June 1995 Digital Video & DSP IC Handbook, HB3923 , Converter DS3511 - 3.0 June 1996 The VP2612 Video Multiplexer forms part of the Mitel Semiconductor , impending buffer overflow. Fig. 1. VP2612 Video Multiplexer VP2612 If a 256kBit buffer is being used , operations. Buffer level VP2612 monitoring is, however, done by the FEC block as described later. The , VP2612 , and Wait States are inserted such that the time to transfer a macroblock is always 2064 SCLK


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PDF VP2612 HB3923-2 VP2611 64kbits/s VP2615 VP2614 VP520S VP510 DS3511 H261 VP2612 "Overflow detection"
STU 438

Abstract: No abstract text available
Text: ^ M ITE L VP2612 Video M ultiplexer DS3511 - 3.0 J u n e 19 96 SE M IC O N D U C T O R , /QCIF Converter VP510 Colour Space Converter The VP2612 Video M ultiplexer form s part of the Mitel S , OVERFLOW STUFF hBTICK TOO MANY Fig. 1. VP2612 Video M ultiplexer VP2612 PIN DESCRIPTIONS , interface to Transmission buffer. Active low chip enable for the Transmission buffer. 2 VP2612 , the VP2612 , and Wait States are inserted such that the time to transfer a macroblock is always 2064


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PDF VP2612 DS3511 VP2611 64kbits/s VP2615 VP2614 VP520S VP510 VP2612 STU 438
Not Available

Abstract: No abstract text available
Text: PBffl GEC plessey DS35H - 3.0 VP2612 VIDEO MULTIPLEXER (Supersedes version in June 1995 , rates from 64kbits/s up to 2Mbits/s ■The VP2612 Video Multiplexer forms part of the GPS , MBTICK TOO MANY Fig. 1 VP2612 Video Multiplexer . 233 VP2612 If a 256k&ii buffer is being , operations. Buffer level VP2612 monitoring is, however, done by the FEC block as described later. The , chosen to satisfy the internal requirements of the VP2612 , and Wait States are inserted such that the


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PDF DS35H VP2612 HB3923-2f VP2611 64kbits/s VP2612 27MHz
2006 - philips hd6

Abstract: H261 "Overflow detection" VP520S VP510 VP2615 VP2614 VP2612 VP2611 "TOPS"
Text: visit http://products.zarlink.com/obsolete_products/ VP2612 Video Multiplexer Supersedes version , VP520S CIF/QCIF Converter s VP510 Colour Space Converter DS3511 - 3.0 June 1996 The VP2612 , . VP2612 Video Multiplexer VP2612 If a 256kBit buffer is being used this Chip Enable should be used , pointers, and performs the arbitration between read and write operations. Buffer level VP2612 , have been chosen to satisfy the internal requirements of the VP2612 , and Wait States are inserted


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PDF VP2612 HB3923-2 VP2611 64kbits/s VP2615 VP2614 VP520S VP510 philips hd6 H261 "Overflow detection" VP2612 "TOPS"
Not Available

Abstract: No abstract text available
Text: @M ITEL VP2612 Video Multiplexer SE M IC O N D U C T O R S u p e rs e d e s v e rs io n in , STUFF Fig. 7. V P 2 6 1 2 V ideo M u ltip le x e r hG T IC K TOO MANY VP2612 If a 256kBit , pointers, and perform s the arbitration between read and w rite operations. Buffer level VP2612 , VP2612 , and W ait States are inserted such that the time to transfer a macroblock is always 2064 SCLK periods. FUNCTION The parameters used by the VP2612 are described in more detail below; 0000


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PDF VP2612 P2611 64kbits/s VP2615 VP2614 VP520S VP510 P2612
Not Available

Abstract: No abstract text available
Text: ADVANCE INFORMATION S DS3511 * 2.2 VP2612 VIDEO MULTIPLEXER (Supersedes version in December , multiplexer ■The VP2612 Video Multiplexer forms part of the GPS chip-set for video conferencing , Converter HD7:0 HA3:0 CEN WR RD OVERFLOW STUFF Fig. 1. VP2612 Video M ultiplexer 3?bfi52 2 0 0 2 3 2 1 0 b l fl I MBTICK TOO MANY VP2612 If a 256kBit buffer is being , perform s the arbitration between read and write operations. Buffer level VP2612 monitoring is


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PDF DS3511 VP2612 HB3923-1) VP2612 27MHz
VMUX

Abstract: No abstract text available
Text: GEC PLESSEY S E M I C O N D U C T O R S W VP2612 VIDEO MULTIPLEXER (Supersedes version in June 1995 Digital Video & DSP 1C Handbook, HB3923-2) FEATURES The VP2612 Video Multiplexer forms , O C LK Fig. I. VP2612 Video Multiplexer 233 37bß555 DDS747S ÖÜ4 VP2612 If a , 234 ■37bf i 5S2 0 0 5 7 4 7 b 7 40 ■VP2612 monitoring is, however, done by the FEC , VP2612 , and Wait Stales are inserted such that the time to transfer a macroblock is always 2064 SCLK


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PDF VP2612 HB3923-2) VP2612 27MHz VP2611 VMUX
V2611

Abstract: "TOPS" data bus sytem "sub data bus" TXA11 VP520S VP510 VP2615 VP2614 VP2612 VP2611
Text: VP2612 Video Multiplexer Supersedes version in June 1995 Digital Video & DSP IC Handbook, HB3923 , Converter DS3511 - 3.0 June 1996 The VP2612 Video Multiplexer forms part of the Mitel Semiconductor , impending buffer overflow. Fig. 1. VP2612 Video Multiplexer VP2612 If a 256kBit buffer is being used , operations. Buffer level VP2612 monitoring is, however, done by the FEC block as described later. The , VP2612 , and Wait States are inserted such that the time to transfer a macroblock is always 2064 SCLK


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PDF VP2612 HB3923-2 VP2611 64kbits/s VP2615 VP2614 VP520S VP510 DS3511 V2611 "TOPS" data bus sytem "sub data bus" TXA11 VP2612
2001 - TXA13

Abstract: No abstract text available
Text: VP2612 Video Multiplexer Supersedes version in June 1995 Digital Video & DSP IC Handbook, HB3923 , VP2614 Video Demultiplexer VP520S CIF/QCIF Converter VP510 Colour Space Converter The VP2612 Video , maximum, and impending buffer overflow. Fig. 1. VP2612 Video Multiplexer VP2612 PIN DESCRIPTIONS , buffer. Active low chip enable for the Transmission buffer. 2 VP2612 monitoring is, however, done , of the VP2612 , and Wait States are inserted such that the time to transfer a macroblock is always


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PDF VP2612 HB3923-2 DS3511 VP2611 64kbits/s VP2615 VP2614 VP520S VP510 TXA13
Not Available

Abstract: No abstract text available
Text: U C T O R S DS3511 • 1.6 VP2612 VIDEO MULTIPLEXER FEATURES H Fully integrated H261 video multiplexer ■The VP2612 Video Multiplexer forms part of the GPS chip-set for video , MBTICK TOO MANY Fig. 1. V P 2 6 1 2 Video Multiplexer Ì VP2612 If a 256kBit buffer is being , operations. Buffer level VP2612 monitoring is, however, done by the FEC block as described later. The , satisfy the internal requirements of the VP2612 , and Wait States are inserted such that the time to


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PDF DS3511 VP2612 VP2612 27MHz VP2611
1999 - H.261 encoder chip

Abstract: No abstract text available
Text: fully programmable via the software, as are the setups in the VP2611, VP2612 , VP2614 and VP2615. The , option is selected, the buffer read and write pointers of the VP2612 are monitored to obtain a fullness , motion estimation within a search window of +/- 7 pixels. VP2612 Video Multiplexer The VP2612 will


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PDF VPB261 AN146 VP510) VP8708) VP101) H.261 encoder chip
2001 - BT812

Abstract: bt812 equivalent BROOKTREE bt812
Text: ); outportb(device, data); } void ReadVP2612WrAdd(void) { outportb(AddrReg, 8); WriteAddress = inportb( VP2612 ); outportb(AddrReg, 9); WriteAddress = (WriteAddress * 256) + inportb( VP2612 ); } void ReadVP2612RdAdd(void) { outportb(AddrReg, 10); ReadAddress = inportb( VP2612 ); outportb(AddrReg, 11); ReadAddress = (ReadAddress * 256) + inportb( VP2612 ); } void SkipFrames(void) { //start skipping frames write_bd (VP2611, 0, 5


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PDF AN4620 AN4620 VP520S BT812 bt812 equivalent BROOKTREE bt812
2001 - BT812

Abstract: bt812 equivalent int 6400 VP520S VP520 VP2612 VP2611 uPD485506 H261 DS3504
Text: , data); } void ReadVP2612WrAdd(void) { outportb(AddrReg, 8); WriteAddress = inportb( VP2612 ); outportb(AddrReg, 9); WriteAddress = (WriteAddress * 256) + inportb( VP2612 ); } void ReadVP2612RdAdd(void) { outportb(AddrReg, 10); ReadAddress = inportb( VP2612 ); outportb(AddrReg, 11); ReadAddress = (ReadAddress * 256) + inportb( VP2612 ); } void SkipFrames(void) { //start skipping frames write_bd (VP2611, 0, 5


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PDF AN4620 AN4620 VP520S BT812 bt812 equivalent int 6400 VP520 VP2612 VP2611 uPD485506 H261 DS3504
1999 - BT812

Abstract: bt812 equivalent brooktree converter DS3504 H.261 encoder chip brooktree bt812
Text: ); outportb(device, data); } void ReadVP2612WrAdd(void) { outportb(AddrReg, 8); WriteAddress = inportb( VP2612 ); outportb(AddrReg, 9); WriteAddress = (WriteAddress * 256) + inportb( VP2612 ); } void ReadVP2612RdAdd(void) { outportb(AddrReg, 10); ReadAddress = inportb( VP2612 ); outportb(AddrReg, 11); ReadAddress = (ReadAddress * 256) + inportb( VP2612 ); } void SkipFrames(void) { //start skipping frames write_bd (VP2611, 0, 5


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PDF AN4620 AN4620 VP520S BT812 bt812 equivalent brooktree converter DS3504 H.261 encoder chip brooktree bt812
2001 - H.261 decoder chip

Abstract: H.261 encoder chip combined video Videophone
Text: bitstream must then be produced. 4 AN206 The VP2612 takes the run length coded coefficients and , ; the VP600 contains all the present functionality of the VP520, VP2611, and VP2612 and only requires a , INTEGRATED VIDEO ENCODER RLC DATA FLAGS VP2612 VIDEO MULTIPLEXER H261 BIT STREAM 64kb to 2Mb/s


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PDF AN206 AN206 H.261 decoder chip H.261 encoder chip combined video Videophone
1999 - combined video

Abstract: H.261 decoder chip of4801
Text: inter or intra coded. A serial bitstream must then be produced. 4 AN206 The VP2612 takes the run , devices; the VP600 contains all the present functionality of the VP520, VP2611, and VP2612 and only , INTEGRATED VIDEO ENCODER RLC DATA FLAGS VP2612 VIDEO MULTIPLEXER H261 BIT STREAM 64kb to 2Mb/s


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PDF AN206 AN206 combined video H.261 decoder chip of4801
2001 - H.261 encoder chip

Abstract: H.261 codec chip VP520 VP2615 VP2614 VP2612 VP2611 T120 G711 CCIR601
Text: The VP2612 takes the run length coded coefficients and motion vectors from the VP2611 and does , all the present functionality of the VP520, VP2611, and VP2612 and only requires a single external , VIDEO ENCODER RLC DATA FLAGS VP2612 VIDEO MULTIPLEXER MBLK'S ADDR DATA CIF FRAME


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PDF AN206 AN206 H.261 encoder chip H.261 codec chip VP520 VP2615 VP2614 VP2612 VP2611 T120 G711 CCIR601
Not Available

Abstract: No abstract text available
Text: Colour Space Converter VP520S CIF/QCIF Converter VP2612 Video Multiplexer VP2614 Video Demultiplexer , VIOEO ENCODER m C DATA FLAGS VP2612 VIDEO MULTIPLEXER COMP VIDEO DECODER CIF FRAME , to the VP2612 Video Multiplexer. The type of data on the output pins is identified by the DMODE 3:0


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PDF VP2611 DS3478 VP510 VP520S VP2612 VP2614 VP2615 VP2611 CLK54) GH128
2006 - DS3487

Abstract: H261 VP2611 VP2612 VP2614 VP2615 VP510 VP520 VP520S
Text: s VP510 Colour Space Converter s VP520S CIF/QCIF Converter s VP2612 Video Multiplexer , VIDEO FILTER REQYUV FRMIN RLC DATA VP2611 INTEGRATED FLAGS VIDEO ENCODER VP2612 VIDEO , START MB The DBUS port is used to pass data and control information directly to the VP2612 Video


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PDF VP2611 DS3487 H261 VP2611 VP2612 VP2614 VP2615 VP510 VP520 VP520S
1999 - DS3487

Abstract: H261 VP2611 VP2612 VP2614 VP2615 VP510 VP520 VP520S
Text: /QCIF Converter s VP2612 Video Multiplexer s VP2614 Video Demultiplexer s VP2615 H , INTEGRATED FLAGS VIDEO ENCODER VP2612 VIDEO MULTIPLEXER MBLK'S COMP VIDEO DECODER ADDR DATA , to the VP2612 Video Multiplexer. The type of data on the output pins is identified by the DMODE 3:0


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PDF VP2611 DS3487 VP2611 H261 VP2612 VP2614 VP2615 VP510 VP520 VP520S
DS3487

Abstract: VP520S VP520 VP510 VP2615 VP2614 VP2612 VP2611 H261 1996 yuv rgb conversion frame buffer
Text: /QCIF Converter s VP2612 Video Multiplexer s VP2614 Video Demultiplexer s VP2615 H , INTEGRATED FLAGS VIDEO ENCODER VP2612 VIDEO MULTIPLEXER MBLK'S COMP VIDEO DECODER ADDR DATA , to the VP2612 Video Multiplexer. The type of data on the output pins is identified by the DMODE 3:0


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PDF VP2611 DS3487 VP2611 VP520S VP520 VP510 VP2615 VP2614 VP2612 H261 1996 yuv rgb conversion frame buffer
Supplyframe Tracking Pixel