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Supplier: Kontron USA
Description: The Kontron OM7100 Multiprocessor platform is a redundant MicroTCA platfrom that provides a standard configuration to validate MicroTCA for applications with high processing demands at low latency. The Kontron OM7100 Multiprocessor contains a storage subsystem including two SATA AMC modules
- Form Factor: MicroTCA
- Product Type: Chassis / System Platform
- Interfaces: Serial ATA
Supplier: Micro/sys, Inc.
Description: JEDEC socket for EPROM/BRAM
- Type: Rack Mount, Other
- Processor: Intel®
Supplier: Memorydealers.com, Inc.
Description: Cisco Approved 512mb Catalyst 6500/7600 Series Multi-Processor WAN Module (MWAM) SDRAM Memory Compatible with:Catalyst 6500/7600 Multi-Processor WAN Application Module (MWAM) (WS-SVC-MWAM-1)
- Memory Type: DRAM
- DRAM Type: SDRAM
Description: , OpenGL - AXISLib-VSIPL Math & DSP Libraries - NVIDIA PureVideo Technology - NVIDIA PhysX - Microsoft DirectX (Compute) - MatLab NPN240 is the world's first rugged, NVIDIA CUDA enabled dual GPGPU multiprocessor for defense and aerospace applications. The NPN240 features two NVIDIA CUDA-capable
- Bus Type: Other
- Board Height: 6U
- Processing Technology: GPU
Description: OpenVPX - 6U rugged VITA46 / VITA48 REDI CPU - Intel® Core™2 Duo Penryn GPU - NVIDIA GT240 96 core GPU Multi-fabric data, expansion and control planes - 10 Gigabit Ethernet - PCIe switch onboard - 2 x 1000Base-T and 2 x 1000Base-BX Performance - 390 GFLOPS @ 100 watts Note: actual
- Processor / CPU Type: Intel® Core™2 Duo
- I/O Bus Specifications: PCI Express
- Communication Networks: Ethernet
Description: The DSP280 is a rugged dual socket Intel 2nd generation Quad Core i7 mulitprocessor designed to improve defense intelligence applications. This is the 5th new product from GE to harness the extraordinary performance of the 2nd generation Intel® Core™ i7 chip set. The DSP280 is designed to meet
- Computer Backplane / Bus: Other
- Operating System Support: DOS, UNIX, VxWorks
Supplier: Newark / element14
Description: C6455 DSP Multiprocessor Development System ; Silicon Manufacturer:Texas Instruments; Core Architecture:C6000; Core Sub-Architecture:ARM9 / DSP; Silicon Core Number:OMAP-L; Silicon Family Name:TMS320C64xx
- Category: Development Suite / Kit
- Manufacturer: Other
- Features: Software Included
Supplier: Johnson Machinery Co.
Description: Multi-processors do the work of many types of demolition tools by use of interchangeable jaw sets. Changing jaws allows a single unit to crush, pulverize and perform a variety of specialized cutting tasks, such as cutting steel rebar and tanks.
Description: programming languages can be used to specify, reason about, and implement parallel programs for a variety of multiprocessor systems, but in particular a class of loosely coupled multiprocessors whose operation can be described by a process network In these networks the nodes correspond to processes
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The Art of Multiprocessor Programming
The Art of Multiprocessor Programming. Including examples, models, exercises, and PowerPoint slides, this comprehensive book presents the principles and tools available for programming multiprocessor machines. Books24x7 EngineeringProTM from Books24x7® Having
AXIS - Taking the Sting out of Multiprocessor DSP Application Development (.pdf)
These days a Systems Engineer faces a number of issues when configuring and programming a complex, heterogeneous multiprocessor system for a Mil-Aero application. ./28d4c755-8587-45f9-b296-a9ec4e685a32 GE. Intelligent Platforms. AXIS . Taking the Sting out. of Multiprocessor. DSP Application
Medical Device Link . System Architecture Determines Performance of Multiprocessor Applications
For multiprocessor implementation, the ability of the system's performance to scale as processors are added is a critical and often overlooked factor that may limit system performance. Joseph A. Sgro and Paul C. Stanton Implementing successful, cost-effective real-time digital signal processor (DSP
Server Architectures: Multiprocessors, Clusters, Parallel Systems, Web Servers, and Storage Solutions
Server Architectures: Multiprocessors, Clusters, Parallel Systems, Web Servers, and Storage Solutions. Comparing various options regarding server architecture from two separate points of view, this text presents different aspects of server architecture from databases designed for parallel
LAPACK Users' Guide
LAPACK Users' Guide. LAPACK is a library of numerical linear algebra subroutines designed for high performance on workstations, vector computers, and shared memory multiprocessors. This user's guide introduces new routines and extends the functionality of existing routines. Books24x7
multiprocessor servers in clusters, high-performance and technical applications multiprocessor servers in clusters, high-performance and technical applications multiprocessor servers in clusters, high-performance and technical applications Desktop PCs. Processor Chart (Listed In Chronological Order
PCI Express-based MicroTCA Design Options (.pdf)
PCI Express-based MicroTCA platforms are generating more and more interest. This paper describes how small and cost-effective MicroTCA platforms can be built utilizing PCI Express. Furthermore, architecture options for multiprocessor implementations are described, including both standalone systems
hardware ranging from consumer-grade to professional-quality, fully modularized drivers for that hardware, a multiprocessor-friendly and thread-safe design, an API (applications programming interface) and a user-space library (libasound) for programmers who want to access the properties
Engineering Web Search: Multiprocessor Top
Multiprocessor scheduling - Wikipedia, the free encyclopedia
Multiprocessor scheduling From Wikipedia, the free encyclopedia In computer science, multiprocessor scheduling is an NP-hard optimization problem.
Symmetric multiprocessing - Wikipedia, the free encyclopedia
Symmetric multiprocessing (SMP) involves a multiprocessor computer hardware architecture where two or more identical processors are connected to a
White Paper, WP162: "Microprocessor Systems" v1.1 (04/03)
White Paper: Virtex-II Series R WP162 (v1.1) April 10, 2003 Multiprocessor Systems By: Jeremy Kowalczyk With the availability of the Virtex-II ProTM
Hydra Home Page
Stanford Hydra Single-Chip Multiprocessor
The Stanford FLASH Project
provides information about the design of the FLASH (FLexible Architecture for SHared memory) multiprocessor and about related work here at Stanford.
multiprocessor news on CNET
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- DSP and FPGA Solutions - Sundance Multiprocessor Technology...
SOCcentral: 3L Expands Diamond Multiprocessor Alliance (3L,...
flow that targets multiprocessor systems from signal processing specialist Lyrtech, Inc. By integrating the 3L Diamond multiprocessor tool suite and