BCH CODE Search Results

BCH code

Contextual Info: LSI LOGIC L64715 Two-Error Correcting BCH Encoder-Decoder Description The L64715 implements the forw ard error cor­ rection, bit filling and synchronization schem e specified in IT U -T SS formerly CCITT recom m endation H.261. The forward error correcting code is a 2-error correcting BCH

Contextual Info: LSI LOGIC L64715 Two-Error Correcting BCH Encoder-Decoder Description The L64715 implements the forw ard error co r­ rection, bit filling and synchronization schem e specified in ITU-TSS formerly CCITT recom m endation H.261. The forw ard error correcting code is a 2-error correcting BCH

FEC Encoder

Abstract: turbo fec
Contextual Info: EFEC20 IP Core DS-1034-1.2 Data Sheet The Altera 20% Enhanced Forward Error Correction EFEC20 IP core includes a highperformance encoder and decoder for Optical Transport Network (OTN) FEC applications. Bose-Chaudhuri-Hocquenghem (BCH) streaming turbo product codes

AT91SAM

Abstract: atmel BCH codes 257975,BOSE atmel 418
Contextual Info: Features • Multibit Error Correcting Code • Algorithm based on binary shortened Bose, Chaudhuri and Hocquenghem BCH codes Programmable Error Correcting Capability: 2, 4, 8, 12 and 24 bit of errors per sector Programmable Sector Size: 512 bytes or 1024 bytes.

FEC Encoder

Contextual Info: EFEC7 IP Core DS-1033-1.2 Data Sheet The Altera 7% Enhanced Forward Error Correction EFEC7 IP core includes a highperformance encoder and decoder for Optical Transport Network (OTN) FEC applications. Bose-Chaudhuri-Hocquenghem (BCH) streaming turbo product codes

Contextual Info: LSI LOGIC L64715 Two-Error Correcting BCH Encoder-Decoder Preliminary Description The L64715 implements the forward error cor­ rection, bit filling and synchronization scheme specified in International Consultative Committee for Telephones and Telegraphs

TC3024

Abstract: vhdl code hamming vhdl coding for hamming code hamming decoder vhdl code hamming vhdl block diagram code hamming qpsk modulation VHDL CODE vhdl code for block turbo codes TC3014 TC3000
Contextual Info: TurboConcept 1, av. du Technopôle 29280 PLOUZANE FRANCE phone : +33 2 29 00 19 88 fax : +33 2 29 00 18 03 www.turboconcept.com TC3000 Turbo Product Code decoders Introducing turbo product codes with BCH “t=2” codes Customisable bitrate : 7 to 25 Mbits/s

Contextual Info: Sw itches Product Selection Guide Model Description Circuitry Page Surface Mount CHS Slide DIP (4, 6, or 8 Position) CS-4 4 m m Sq. Selector S-7000 7 m m Sq. Coded SPST 1 Pole, 2 Position 2 Pole, 2 Position 1 Pole, 3 Position 10 Position, BCD 16 Position, BCH

Contextual Info: Switches Product Selection Guide Model Description Circuitry Page Surface Mount CHS Slide DIP (2, 4, 6, 8 or 10 Position) CS-4 4 mm Sq. Selector S-7000 7 mm Sq. Coded SPST 1 Pole, 2 Position 2 Pole, 2 Position 1 Pole, 3 Position 10 Position, BCD 16 Position, BCH

Contextual Info: LSI LOGIC L64715 Two-Error Correcting BCH Encoder-Decoder Description The L64715 implements the forw ard error co r­ rection, bit filling and synchronization scheme specified in CCITT Consultative Committee on International Telephones and Telegraphs recom m endation H.261. The forw ard error

AHA4702

Abstract: LDPC Codes DVB-S2 ldpc Comtech Aha LDPC LDPC decoder DVB-s2 ldpc encoder LDPC aha block interleave pb4702
Contextual Info: comtech aha corporation PRELIMINARY PRODUCT BRIEF AHA4702 DVB-S2 Compliant LDPC/BCH Forward Error Correction FEC Decoder Core INTRODUCTION FEATURES The AHA4702 FEC decoder core is fully compliant with section 5.3 of the Digital Video Broadcast S2 (DVB-S2) standard. It is capable of

Contextual Info: LSI LOGIC L64715 Two-Error Correcting BCH Encoder-Decoder Description The device can be programmed to operate w ith or w ithout bit filling. When the fill mode is selected, the first message bit is used to indi­ cate if the rest of the message has been filled

dwa 108 a

Abstract: 27mhz remote control IC H261 HMP8112 HMP8364 MD31 dwa 108 Variable Length Decoder VLD
Contextual Info: HMP8364 S E M I C O N D U C T O R PRELIMINARY H.261 Video CODEC June 1997 Features Description • Complete and Fully Compliant H.261 Codec Including Framing and BCH Error Detect/Correct The Harris H.261 Video Codec is a single-chip, high performance integrated circuit that simultaneously encodes and

CX24116

Abstract: DVB-S2 demodulator NXP cx24116 DVB-S2 Tuner demodulator 8PSK NXP Semiconductors DVb-S2 demodulator CX24118 DVB-S2 DVB-S2 chipset BPSK demodulator
Contextual Info: NXP DVB-S2 demodulator and FEC decoder CX24116 Advanced DVB-S2 demodulation for increased satellite throughput The CX24116 is based on an open DVB-S2 standard and offers an alternate path for service providers to use advanced modulation 8PSK with LDPC/BCH FEC. This will realize increased

Contextual Info: HMP8364 S E M I C O N D U C T O R ADVANCE INFORMATION 9/26/96 H.261 Video Codec Features Description • Complete and fully compliant H.261 Codec including framing and BCH error detect/correct. The Harris H.261 Video Codec is a single-chip, high perfor­ mance integrated circuit that simultaneously encodes and

Contextual Info: HMP8364 h a r r is S E M I C O N D U C T O R Ê Ê Ë W Ë È PRELIMINARY H.261 Video CODEC June 1997 Features Description • Com plete and Fully Com pliant H.261 Codec Including Framing and BCH Error Detect/Correct The Harris H.261 Video Codec is a single-chip, high perfor­

G.975

Abstract: BCH encoder decoder rs 1023 rs decoder OTU2 framer
Contextual Info: G.975 I.4 EFEC IP Core DS-1036 Data Sheet The Altera G.975 I.4 Enhanced Forward Error Correction G.975 I.4 EFEC IP core demonstrates the International Telecommunication Union-Telecommunication Standardization Sector (ITU-T) G.975 standardized Reed-Solomon (RS) and BoseChaudhuri-Hocquenghem (BCH) super FEC algorithms. G.975 I.4 EFEC implements

EECO micro dip

Abstract: 594-0020 351002GS 350002GS 450035G 230057gb 350035GS EECO bcd dip switch 350135gs stripswitch
Contextual Info: EECO/Trans ico Micro Dips and StripSwitch Printed Circuit Board Switches Micro Dips 594-0005 594-0010 594-0015 594-0020 594-0025 594-0030 230056GB 230057GB 350008GS 351008GS 350108GS 350002GS of Fig. No. Pos. A A B C B B 10 16 8 8 8 10 EACH Switch Code 1-99 100-499

SLC nand hamming code 512 bytes

Abstract: hamming code 512 bytes hamming code flash hamming ecc eMMC hamming encoder decoder 7 bit hamming code BOSE emmc controller datasheet NAND Flash MLC emmC
Contextual Info: What Types of ECC Should Be Used on Flash Memory? Application Note by Scott Chen 1. Abstract NOR Flash normally does not need ECC Error-Correcting Code . On the other hand, NAND requires ECC to ensure data integrity. NAND Flash includes extra storage on each page to store ECC code as well as other

S-7037A

Abstract: 7037a 5d3 transistor
Contextual Info: S-7037AF ► UNDER DEVELOPMENT PAGING DECODER IC POCSAG The S-7037AF decoder 1C is for use in the CCIR* Radio Paging Code Number 1 (POCSAG* code). It processes internally the POCSAG signals for the Tone-only pager. Furthermore, decoded data is transferred to an external

vml25

Abstract: AN44161A HSOP034-P-0300B
Contextual Info: DATA SHEET Part No. AN44161A Package Code No. HSOP034-P-0300B Publication date: May 2012 Ver. AEB 1 AN44161A Contents „ Overview …………………………………………………………………………………………………………… 3

Contextual Info: Sw itches Product Selection G uide Model Description Circuitry Page Surface Mount CHS Slide DIP (2, 4, 6, 8 or 10 Position) CS-4 4 mm Sq. Selector SPST 1 Pole, 2 Position 44 46 2 Pole, 2 Position 1 Pole, 3 Position S-7000 7 mm Sq. Coded 10 Position, BCD

"Decoder IC"

Abstract: POCSAG S-29131A S-7040D S-7040DQP S-7040XQP
Contextual Info: Rev.1.1 S-7040D PAGING DECODER IC POCSAG The S-7040D decoder IC has been designed in accordance with the CCIR* Radio Paging Code Number 1 (POCSAG* code). The S-7040D can be used for display pager since It processes the POCSAG signal internally and sends the decoded data to an external microprocessor.

s2913

Abstract: S-2913 S7038AF s7038
Contextual Info: S-7038AF PAGING DECODER IC POCSAG The S-7038A F decoder 1C is for use in the CCIR* Radio Paging Code Number 1 (POCSAG* code). It processes internally the POCSAG signals for the Tone-only pager. Furthermore, decoded data is transferred to an external microprocessor, so the S-7038AF can also be used for a