VME64 termination
Abstract: VME64X RT1211B7 CTS RESISTOR NETWORK RT121 RT1210 RT1210B7 TR13 VME64 cts resistor
Text: VME64, VME64x Terminator Technical Data Features • 8-Bit Termination Network • VME64, VME64x Compliant • Low Channel Capacitance • Laser Trimmed Resistance to 1% • Slim BGA Package Description This Thevenin termination network provides high performance resistor termination for VME64 and
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VME64,
VME64x
VME64
VME64 termination
RT1211B7
CTS RESISTOR NETWORK
RT121
RT1210
RT1210B7
TR13
cts resistor
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Untitled
Abstract: No abstract text available
Text: VME64, VME64x Terminator Technical Data Features • 8-Bit Termination Network • VME64, VME64x Compliant • Low Channel Capacitance • Laser Trimmed Resistance to 1% • Slim BGA Package Description This Thevenin termination network provides high performance resistor termination for VME64 and
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VME64,
VME64x
VME64
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Untitled
Abstract: No abstract text available
Text: 7 U VME64 Extension Backplane with 15 Slots State of the art design for a wide range of applications General Description Features This standard backplane is member of the ERNI backplane familiy for use in VME64 Extension computer systems. This backplane serie is especially adequate for hard real time
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VME64
VME64X
15Slot
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VMIVME-301a
Abstract: C1740 VME 6U DIMENSIONS VMIC C17400 VME64 VMIVME 5052-H32 6063-T6 N190X
Text: VMIVME-351 21-Slot VME64 Extension Subrack • • • • • • • • • • • Open frame solution Rack mount 21-slot Precision-tooled extrusions Provisions for rear plug-in modules or transition modules Allows VME64 extension backplanes IEEE 1101.10/.11 compliant
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VMIVME-351
21-Slot
VME64
21-slot
6063-T6
090-inch
5052-H32
125-inch
VMIVME-301a
C1740
VME 6U DIMENSIONS
VMIC
C17400
VMIVME
5052-H32
N190X
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VME64 termination
Abstract: VME64X VME64 "resistor network" cts CTS RESISTOR NETWORK rt221 RT1210B7 RT1211B7 RT2210B7 RT2211B7
Text: VME64, VME64x Terminator Technical Data Sheet RoHS Compliant Parts Available Description This Thevenin termination network provides high performance resistor termination for VME64 and VME64x back planes. Features • • • • • • Designed with a ceramic substrate, this device minimizes
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VME64,
VME64x
VME64
RT1210B7
RT1211B7
RT2210B7
RT2211B7
VME64 termination
"resistor network" cts
CTS RESISTOR NETWORK
rt221
RT1210B7
RT1211B7
RT2210B7
RT2211B7
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Untitled
Abstract: No abstract text available
Text: VME64, VME64x Terminator Technical Data Sheet RoHS Compliant Parts Available Description This Thevenin termination network provides high performance resistor termination for VME64 and VME64x back planes. Features • • • • • • Designed with a ceramic substrate, this device minimizes
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VME64,
VME64x
VME64
RT1210B7
RT1211B7
RT2210B7
RT2211B7
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IP+6U
Abstract: AVME9670
Text: Industry Pack Carriers AVME967x VME64 6U, Non-intelligent, IP Carrier Cards Holds four IP modules ◆ VME64 high-density rear connectors ◆ Geographical or user-defined addressing Description Key Features & Benefits The AVME9670 and AVME9675 are nonintelligent slave boards that interface up to four
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AVME967x
VME64
AVME9670
AVME9675
VME64-compliant
AVME9675-2
IP+6U
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VME64E10P01
Abstract: VMEBPE05P01
Text: VME64x BACKPLANES Home Page 1 of 2 About Vector Distributors Sales Contact Us Catalog Request VME64 / VME64x MONOLITHIC BACKPLANES VECTORBORD KEY FEATURES : Backplane Specification : ANSI / VITA 1.1-1997 Greater than 64MHz high speed design Shielded signal lines & Controlled Imepedence
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VME64x
VME64
64MHz
UL94V-0,
10-Layer
21-SLOT
VME64E10P01
VMEBPE05P01
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VME COnnector
Abstract: MS48A SN74ABTE16246 VME02 VME64 WA48A 9AA diode 21134 015 21134 21134 2 015
Text: VME02 Control Transceiver with Incident Wave Switching General Description Features The VME02 is designed for two-way synchronous communications between data buses with minimal external timing requirements. n Supports the VME64 ETL specification n Functionally and pin compatible with
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VME02
VME64
SN74ABTE16246
48-pin
ds011658
VME COnnector
MS48A
SN74ABTE16246
WA48A
9AA diode
21134 015
21134
21134 2 015
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vme bus specification
Abstract: D2316 IDT73720 VME64
Text: USING THE IDT73720 BUS EXCHANGER IN A VME64 DESIGN APPLICATION NOTE AN-153 Integrated Device Technology, Inc. By David P. D’Aurelio, Eastman Kodak Company and Dean Smith, Integrated Device Technology INTRODUCTION Many system designers that deal with very large quantities
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IDT73720
VME64
AN-153
VME64
0-471-61601-X
vme bus specification
D2316
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600352
Abstract: vita PICMG GR-1217-CORE ECTF VME64 1101.1-1991 A 301D PICMG 3.0 Revision 2.0
Text: Standards for 2mm based Computer Architectures Summary of Relevant Standards revised 8/7/2000 Title PICMG Specifications Compact PCI 2.0 Core CompactPCI 2.0 Core Hot Swap Specification VME64 on CompactPCI PMC on CompactPCI IP on CompactPCI Computer Telephony Spec.
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VME64
VME64
48B/695/CC
GR-1217-CORE
600352
vita
PICMG
GR-1217-CORE
ECTF
1101.1-1991
A 301D
PICMG 3.0 Revision 2.0
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vme backplane
Abstract: MULTIGIG RT2 CONNECTOR
Text: 6U OpenVPX 17-slot BKP6-HYB17-11.2.11-n Backplane Description Features VPX is a high-performance architecture using switched serial fabrics, typically in a mesh topology that offers tremendous bandwidth potential. While different from the traditional VME64 P0/P1/P2 backplane architecture, VPX can be compatible
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17-slot
BKP6-HYB17-11
VME64
VME/64x
VME64x
17-s16
vme backplane
MULTIGIG RT2 CONNECTOR
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TSI148-133
Abstract: No abstract text available
Text: Tsi148-133xx-CED: PCI-X-to-VME Bridge Features VMEbus Interface: • Standards supported: • Legacy protocols to protect existing VME investment • VME64 Extensions • 2eVME and 2eSST protocols to bring support for higher bandwidth • Full VMEbus system controller
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Tsi148-133xx-CED:
VME64
64-bit
32-bit
Tsi148
silicon360
TSI148-133
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DBGA
Abstract: VME pci VME64 64 bit pci backplane universe II IDT 809-114
Text: Universe II PCI-to-VMEbus Bridge Product Brief Device Overview Features The IDT Universe II is the industry's leading high performance PCI-toVMEbus interconnect. Universe II is fully compliant with the VME64 bus standard, and is tailored to support the next-generation of advanced PCI
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VME64
32-bit/64-bit
64-bit
2004August
DBGA
VME pci
64 bit pci backplane
universe II IDT
809-114
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VMPC7
Abstract: VMPC7-1SAA43-001000 VME P0 COnnector VMPC6 VMPC6a POWERENGINE7 Kontron vmpc6a PowerPC 750gx DMIPS ppc 750fx Kontron v2pmc
Text: PowerEngine7 Single or Dual PowerPC 750FX/GX Outstanding Computing Performance with Very Low Power Dissipation Single or Dual PowerPC 750FX/GX Operating at up to 1 GHz Two PCI Mezzanine Card Sites Low Power ALMA2e PCI/VME64 Bridge, Featuring 2eSST Capabilities
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750FX/GX
750FX/GX
PCI/VME64
14052008PDL
750FX
Hz/100
VMPC7
VMPC7-1SAA43-001000
VME P0 COnnector
VMPC6
VMPC6a
POWERENGINE7
Kontron vmpc6a
PowerPC 750gx DMIPS
ppc 750fx
Kontron v2pmc
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Untitled
Abstract: No abstract text available
Text: CATALOG 126:CATALOG 126.qxd 3/28/2011 12:29 PM Page 16 Vectorbord Backplanes ELECTRONICS & TECHNOLOGY, INC. VME J1/J2 VME64 96-Pin J1/J2 Monolithic 6U VMEbus Backplanes 3 to 21-Slot Vector Monolithic Series backplanes are designed to meet VMEbus specification Rev. C1 and Rev. D. All termination is
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VME64
96-Pin
21-Slot
VMEBP20P00:
20-Slot
HD56-1
10-Pin
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VME64* tsi148
Abstract: tsi148 VME to PCI Bridge VMEbus and Tsi148 VME DAISY CHAIN PCI Backplane Block Diagram pci to vme VME pci VME PMC VME64
Text: Tsi148 PCI/X-to-VMEbus Bridge Product Brief Device Overview Features The IDT Tsi148 device is the next-generation component in our industry leading, high performance VMEbus system interconnect product family. The Tsi148 is fully compliant with the 2eSST and VME64 Extension
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Tsi148TM
Tsi148
VME64
2004August
80A3020
VME64* tsi148
VME to PCI Bridge
VMEbus and Tsi148
VME DAISY CHAIN
PCI Backplane Block Diagram
pci to vme
VME pci
VME PMC
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Untitled
Abstract: No abstract text available
Text: 6U CompactPCI Backplane Layout In many applications, the P3, P4 and P5 connectors are designed for user I/O. Therefore connectors with 16 mm rear tails are used with shrouds installed on the rear side. The P3 connector matches the VME64 extensions J0 connector exactly, and falls symmetrically on the centerline of
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VME64
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spi sata controller
Abstract: MVME7216E-101 MVME2502-02120201E MVME5110 scanbe MVME2500 MVME721ET-101 RS-232 to usb circuit diagram freescale p2020 boot software SDhc socket
Text: MVME2500 Series VME64 Processor Board QorIQ processor based board provides high performance at a low power envelope nn 800 MHz or 1.2G Hz Freescale QorIQ P2010 and P2020 processors nn 1GB or 2GB DDR3-800, soldered down nn Three on-board Gigabit Ethernet interfaces one front,
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MVME2500
VME64
P2010
P2020
DDR3-800,
P2020.
MVME2500-D0
spi sata controller
MVME7216E-101
MVME2502-02120201E
MVME5110
scanbe
MVME721ET-101
RS-232 to usb circuit diagram
freescale p2020 boot software
SDhc socket
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Untitled
Abstract: No abstract text available
Text: Catalog MCER41 8/99 ERmet 2mm Hard Metric Connectors VME64 Extensions Daughter Card The 6U VME64 Extensions document, IEEE 1101.10 defines the daughter card locations for a 2mm HM PO connector. This connector is the same connector defined as the J3 connector defined in the VITA 30 2mm equipment prac
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MCER41
VME64
VME64x
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7s36
Abstract: SN54ABTE16245 SN74ABTE16245 TL1723 VME64 u6303 M6303 7s36s
Text: SN54ABTE16245, SN74ABTE16245 16-BIT INCIDENT-WAVE SWITCHING BUS TRANSCEIVERS WITH 3-STATE OUTPUTS SCBS226D - JULY 1993 - REVISED AUGUST 1994 SN54ABTE16245. . . WD PACKAGE SN74ABTE16245. . . DGQ OR DL PACKAGE TOP VIEW • Supports the VME64 ETL Specification
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SN54ABTE16245,
SN74ABTE16245
16-BIT
SCBS226D
VME64
7s36s
D1DD11D
7s36
SN54ABTE16245
SN74ABTE16245
TL1723
u6303
M6303
7s36s
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Untitled
Abstract: No abstract text available
Text: 3A Introduction 3.1.1 Feature List Optimal Performance: Next-Generation Product: Backwards Compatible: Simple to Use: Highly Integrated: Innovative Architecture: Ultra-Small footprint: 80 Mbyte per second Block Transfer Rates VME64 transactions, including A64/D64, A40/MD32
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VME64
A64/D64,
A40/MD32
CY7C960
CY7C961
160-Pin
64-Lead
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Untitled
Abstract: No abstract text available
Text: VME02 PRELIMINARY nMNationalSemiconductor VME02 Control Transceiver with Incident Wave Switching General Description Features The VME02 is designed for two-way synchronous communi cations between data buses with minimal external timing requirements. • Supports the VME64 ETL specification
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VME02
VME02
TL/F/11650-10
00fi44Dc
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VME COnnector
Abstract: SN74ABTE16246 VME02 VME64 vme backplane
Text: & PRELIMINARY May 1994 VME02 Control Transceiver with Incident Wave Switching General Description Features The VME02 is designed for two-way synchronous communi cations between data buses with minimal external timing requirements. • Supports the VME64 ETL specification
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VME02
VME COnnector
SN74ABTE16246
VME64
vme backplane
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