AMD SUPERNET 2 Search Results

PQR168

Abstract: Am79C830A CGX169 4570 pin out diagram LG plc plc lg FDD11994 PQR120 15502C
Contextual Info: AMD a Am 79C830A FORMAC Plus CGX169 169-Lead Pin Grid Array Without H eat Sink measured in inches Physical Dimensions 6-3 i l AMD Am 79C830A FORMAC Plus PQR168 168-Pin Plastic Quad FlatPack (Trimmed and Formed) (measured in inches) TOP VIEW 6-4 The SUPERNET 2 Family for FDD11994 Data Book

PCM sbec

Abstract: SUPERNET 2 Family Am79C830A TS5430 SUPERNET AM79C850 BD15 PQJ208 PQR208 NP548
Contextual Info: PRELIMINARY Advanced Micro Devices Am79C850 SUPERNET 3 DISTINCTIVE CHARACTERISTICS • Compliant with the ANSI X3T9.5/ISO 9314 specification — 100 Mbps data rate — Timed token-passing protocol — Ring topology ■ Complete memory management — Supports 256K bytes of local frame buffer

SUPERNET

Contextual Info: P R E L IM IN A R Y Advanced Micro Devices Am79C850 SUPERNET 3 DISTINCTIVE CHARACTERISTICS • Compliant with the ANSI X3T9.5/ISO 9314 specification ■ ANSI-com pliant TP-PM D Stream Cipher Scram bling/Descram bling — 100 Mbps data rate ■ Full duplex operation: 200 Mbps continuous

Contextual Info: a PRELIMINARY FASTcard 2 FDDI PC/AT-Based SUPERNET 2 Technology Card FASTcard Dual Attachment Concentrator Board Set and Software Package Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • IBM PC-AT or compatible plug-ln board to Implement an FDDI station

SUPERNET

Abstract: Base Station Drivers AMD PLC Am79C830A 32kx8 SRAM
Contextual Info: PRELIMINARY FASTcardTM 2 FDDI PC/AT-Based SUPERNET 2 Technology Card FASTcard Dual Attachment Concentrator Board Set and Software Package Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • IBM PC-AT or compatible plug-in board to implement an FDDI station

pci600

Abstract: PT-PCI600-10716 chipset mtbf mic connector pci600 semiconductor diode PT-PCI600 RJ45 SMT Content Addressable Memory SUPERNET AMD Supernet
Contextual Info: Features -Benefits PT-PCI600 PCI FDDI Adapter ◆ Single Slot FDDI, Dual or Single Attach DAS or SAS Allowing for concentrator connectivity or backbone configurations ◆ Available with SC, MIC (Fiber) or UTP (RJ-45) connectors Flexibility to fit into existing network

Contextual Info: a P R E L IM IN A R Y Advanced Micro Devices Am79C830A FORMAC Plus DISTINCTIVE CHARACTERISTICS • Implements the FDDI Media Access Control MAC layer protocol for ISO standard 9314-2 ■ Pointers to claim and beacon frames ■ Buffer-memory clock frequency range:

Contextual Info: a P R E L IM IN A R Y Advanced Micro Devices Am79865/Am79866A Physical Data Transmitter/Physical Data Receiver DISTINCTIVE CHARACTERISTICS • Parallel Input to the PDT is a 5-blt encoded NRZ symbol clocked by LSCLK 125 MBaud 100 Mbps serial link data rate

lm2311

Abstract: 2N3546 PN2369 EQUIVALENT 2N3639 4N32 pinout "1N6263" AM79865 1N6263 2N2369 C6 FTP
Contextual Info: Advanced Micro Devices FDDI on Copper with AMD PHY Components by Eugen Gershon Publication # 15923 Rev. Amendment A /0 Issue Date 6/91  1991 Advanced Micro Devices, Inc. FDDI on Copper with AMD PHY Components by Eugen Gershon and pin-out compatible with the MIC device found on

Am79c900

Abstract: AM7990 AMD Supernet
Contextual Info: NETWORKING SYSTEM OVERVIEW which consists of a Transmitter and Receiver chip and functions as a general-purpose interface for very high-speed point-to-point communications over coaxial or fiber-optic media. These products and plans for future ones continue to show our commit­

NP920

Abstract: SUPERNET 2 Family pcms AM79C864A NP10 AMD Supernet am79864a AMD Supernet 2 NP5-12 NP1223
Contextual Info: PRELIMINARY Am79C864A Physical Layer Controller With Scrambler PLC-S Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Implements FDDI PHY layer protocol for ISO standard (FDDI) 9314-1 ■ Line state detection ■ Implements ANSI standard Stream Cipher

SUPERNET 2 Family

Abstract: AMD Supernet
Contextual Info: Advanced Micro Devices The Effect of Local Buffer Memory Size on FDDI Throughput by David Roberts Publication # 16294 Rev. Amendment A /0 Issue Date 1/92  1992 Advanced Micro Devices, Inc. The Effect of Local Buffer Memory Size on FDDI Throughput by David Roberts

nrzi circuit diagram MLT-3

Abstract: line code MLT synchronization PE68502 nrzi PLC siemens LOGO mlt resistor AM79865 Diode RJ 4B serial/4b/5b encoder SUPERNET 2 Family
Contextual Info: Advanced Micro Devices Implementing FDDI Over Copper; The ANSI X3T9.5 Standard Application Note The American National Standards Institute ANSI X3T9 Committee is developing the standard for the implementation of FDDI links (PMD layer) on copper-shielded and unshielded twisted-pair cables.

AM79H1000T

Abstract: Am79C82 AM7969-125 TAXI Am79C83 SUPERNET
Contextual Info: ADV MICRO EÔE TELECOM 0ES75E7 D 0030103 T T - V /- 9 / Preliminary A m 7 9 h 1 0 0 0 T /A m 7 9 h 1 OOOR 1300nm Fiber Optic Transmitter/Receiver • Reliable 1300 nanometer MOVPE ELED (Am79h1000T) ■ Reliable InGaAs/lnP planar MOVPE PIN photodiode (Am79h1000R)

ODL-125

Abstract: FDH-1300-RX-S FDH-1300-RX-SA FDH-1300-TX-S FDH-1300-TX-SA AMD Supernet
Contextual Info: CORNI NG INC/ P C O INC EM Sltm MIE □ □ 0 0 2 SG b PCO Digital Data Link FDH-1300-S and FDH-1300-SA 1300 nm Transmitter/Receiver Modules for FDDI Preliminary t - «// -9/ Features B f;" - ä . □ Full FDDI Compliance □ Single 5 V Power Supply + 5 V o r -5.0 V

Contextual Info: a Advanced Micro Devices Am7985A FDDI ENDEC Data Separator EDS DISTINCTIVE CHARACTERISTICS • 100 Mbps, 125 MBaud serial input ■ Selectable loopback modes ■ Clock recovery ■ Single +5-V supply ■ Meets ANSI X3T9.5 Jitter Requirements GENERAL DESCRIPTION

1300sa

Abstract: 890-MAX MECL System Design Handbook FDE-1300-RX-S FDE-1300-RX-SA FDE-1300-TX-S FDE-1300-TX-SA DTL-1300 SERIES FDDI series of data ODL-125
Contextual Info: CORNING I N C / P C O I NC M1E IB SMSlbm ODOOSMS ? PCO Digital Data Link FDE-1300-S and FDE-1300-SA 1300 nm Transmitter/Receiver Modules for FDDI Preliminary Features Full FDDI Compliance Standard + 5 V or -5.2 V Power Supply Standard 16 Pin Footprint Dual-in-Line Plastic Package

D03011E

Abstract: am transmitter circuit diagram Am79h2000
Contextual Info: ADV MICRO TELECOM SÖE D 0E57S27 GD3G111 ö 7=47- 9/ Preliminary a Advanced Micro Devices Am79h2000X 1300nm Fiber Optic Transceiver DISTINCTIVE CHARACTERISTICS • Full electrical and optical FDDI compliance Differential ECL I/O ■ FDDI SUPERNET and TAXI™ compatible

Contextual Info: T & ] T E C H N O L O G I E S 5SE ]) • 11ÛSGÔ3 QGDG3bb — 335 ■ B T D T n - v i - Pi T E C H N O L O G I E S DLX2120 SINGLE MODE FDDI TRANSCEIVER Features: Applications: • Full FDDI SMF-PMD Category 1 conformance • Concentrators, Bridges, Routers & Gateways

T-75-49

Abstract: AM79865 AMD Supernet 2 AM79866JC MAE 411
Contextual Info: ADV MICRO T E L E C O M MAE D □ 257527 0 0 3 0 ^ 2 □ • AMD3 Preliminary a Advanced Micro Devices Am79865/Am79866 Physical Data Transmitter/Physical Data Receiver DISTINCTIVE CHARACTERISTICS ■ ■ ■ ■ Parallel Input to the PDT Is a 5-bit encoded

ODL-125

Abstract: ELED 1310 nm odl125
Contextual Info: e T 8, D T E C H N O L O G I E S S5E D • llflSOflB 00002*30 773 ■ B T D T W-91 BT&D DLR1040 Receiver DLT1040 Transmitter FIBER OPTIC DATA LINKS t e c h n o l o g i e s Features: Applications: • Full FDDI • FDDI Concentrators, Bridges, Routers & Gateways

DD127d

Abstract: DLR1040-ST2 DLT1040-ST2 ODL125 DLT1040-ST1 DLR1040-ST1 AMD Supernet 2 dlr1040-st ODL-125 DLT/R1040-STX
Contextual Info: W fip l H E W LE T T 1"UM PA C K A R D Fiber Optic Data Links Technical Data DLT1040-STX Transmitter DLR1040-STX Receiver Features Description • FDDI PMD/ATM UNI or Fiber Channel FC-O Versions Available • Single +5 V Power Supply • Compact 16-pin DIP Package

Contextual Info: a Preliminary Advanced Micro Devices Am79865/Am79866 Physical Data Transmitter/Physical Data Receiver DISTINCTIVE CHARACTERISTICS • ■ ■ ■ Parallel Input to the PDT Is a 5-bit encoded NRZ symbol clocked by LSCLK Parallel output from the PDR is a 5-bit

Contextual Info: H Preliminary Advanced Micro Devices Am79865/Am79866 Physical Data Transmitter/Physical Data Receiver DISTINCTIVE CHARACTERISTICS • ■ ■ ■ Parallel Input to the PDT Is a 5-bit encoded NRZ symbol clocked by LSCLK Parallel output from the PDR Is a 5-bit