altera cyclone 3 slice
Abstract: EP3SL70F780 RAMB36 RAMB18x2 DSP48Es Xilinx VIRTEX-5 RAMB18 Xilinx ISE Design Suite 9.2i
Text: White Paper Guidance for Accurately Benchmarking FPGAs Introduction This paper presents a rigorous methodology for accurately benchmarking the capabilities of an FPGA architecture. The goal of benchmarking is to compare the capabilities of one FPGA architecture versus another. Since the FPGA
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Abstract: No abstract text available
Text: Am186 CC/CH Microcontroller HDLC Benchmarking Data This document contains HDLC data rates produced by the benchmarking software program. The data rates are for various CPU speeds, including the most common 50 MHz, 48 MHz, 40 MHz and 25 MHz. Use the tables in
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Am186TMCC/CH
Am186CC/CH
Am186,
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LM 1709
Abstract: 8216 INTEL
Text: NP1595.qxd 4/21/00 9:21 AM Page 1 Designing a Secured Website What you need to know about SSL Benchmarking NP1595.qxd 4/21/00 9:21 AM Page 2 Designing a Secured Website: What You Need to Know About SSL Benchmarking Contents Summary 3 Introduction 3 Protocol Features
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NP1595
0300/OC/LM/PT/7K
NP1595
LM 1709
8216 INTEL
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E86MON
Abstract: hdlc
Text: Help Getting Started In addition to providing tips on running the benchmarking software program CCTEST.HEX , this document is intended to help with the following: Setting up the Am186 CC/CH microcontroller customer development platform (CDP).
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Am186TMCC/CH
E86MONTM
Am186CC/CH
E86MON
10-MHz
Am186,
E86MON,
hdlc
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MSP 044
Abstract: MAXQ20 MAXQ10 90S1200 MSP430 PIC16 PIC16C55X PIC16C62X PIC16LC71 SRA-4
Text: Maxim/Dallas > App Notes > MICROCONTROLLERS Apr 30, 2004 Keywords: benchmarking the MAXQ instruction-set architecture vs. RISC competitors APPLICATION NOTE 3221 Benchmarking the MAXQ Instruction-Set Architecture vs. RISC Competitors This article compares the MAXQ instruction set with competing microcontrollers, including the PIC16CXXX midrange devices , AVR, and MSP430. A table details the strengths and weaknesses of each instruction set and
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PIC16CXXX
MSP430.
com/an3221
MAX1460:
MAXQ2000:
AN3221,
APP3221,
Appnote3221,
MSP 044
MAXQ20
MAXQ10
90S1200
MSP430
PIC16
PIC16C55X
PIC16C62X
PIC16LC71
SRA-4
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28F001BX
Abstract: 28F002BC 28F010 28F016XD 28F016XS 28F020
Text: COMPUTER-AIDED ENGINEERING TOOLS INTEL Benchmarking Utilities and Cycling Utility Benchmarking Utilities • Two versions support 28F016XD and 28F016XS ■ Compares performance/power/ energy of Intel’s Flash memory to alternative memory solutions Cycling Utility
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28F016XD
28F016XS
28F016XD/
28F016XS
user-selecta00
28F001BX
28F002BC
28F010
28F016XD
28F020
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Application of dsp in military science
Abstract: TILE64 radar sensor specification Raytheon Company
Text: White Paper Assessing FPGA DSP Benchmarks at 40 nm Introduction Benchmarking the performance of algorithms, devices, and programming methodologies is a well-worn topic among developers and research of high-performance computing appliances. Independent and partisan benchmark results are
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AMD OPTERON 6000
Abstract: AMD Opteron 4000 series Processor dell precision 360 32-bit x86 microprocessor with 2 GHz AMD Opteron 2000 dell PowerEdge a4800 AMD Opteron 2650 cpu Motherboard dell
Text: W H I T E P A P E R AMD Opteron Processor Benchmarking for Clustered Systems Doug O’flaherty and Michael Goddard AMD One AMD Place Sunnyvale, CA 94088 Page 1 AMD Opteron™ Processor Benchmarking for Clustered Systems July 15, 2003 W H I T E P A P E R
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AMD-8111
AMD-8131
AMD OPTERON 6000
AMD Opteron 4000 series Processor
dell precision 360
32-bit x86 microprocessor with 2 GHz
AMD Opteron 2000
dell PowerEdge
a4800
AMD Opteron
2650 cpu
Motherboard dell
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Untitled
Abstract: No abstract text available
Text: eZdsp Application VC33 for the TMS320VC33 DSP with eZdsp Code Composer Code Development Benchmarking Warranty:90 days from date of purchase on eZdsp board Software updates not included with DSK tools license. Part #: 701385 eZdsp™ for TMS320VC33 with eZdsp VC33 Code Composer
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TMS320VC33
TLC320AD50C
JXDS510PP
7360d9e031f262710f3f0232f9cb718b
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96 pin DIN connector
Abstract: pci schematics I960SX MON960 Quatro-960
Text: SUPPORT COMPONENTS V3 CORPORATION Quatro-960 PCI Add-In Card Evaluation Platform • ■ ■ ■ ■ ■ ■ ■ ■ ■ Reconfigurable to Allow Benchmarking of i960 Processors Up to 40 MHz Local Bus Operation Uses V3 Corporation’s V96xPBC i960 CPU-to-PCI Bridge Controller
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Quatro-960
V96xPBC
MON960
96-Pin
MON960,
96 pin DIN connector
pci schematics
I960SX
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intel 80C51 ALU
Abstract: ST90R50 st7275 68hc12 motorola linker P80C32GBPN 68HC05 68HC11 68HC12 ST7 series MCU 80C51
Text: APPLICATION NOTE ST7 AND ST9 PERFORMANCE BENCHMARKING by A. Albella, G. Bouvier and J. Pauvert ABSTRACT SGS-THOMSON has developed a set of test routines relevant to 8-bit and low-end 16-bit microcontroller applications to evaluate computing performance and interrupt processing
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16-bit
intel 80C51 ALU
ST90R50
st7275
68hc12 motorola linker
P80C32GBPN
68HC05
68HC11
68HC12
ST7 series MCU
80C51
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hdvicp
Abstract: hdvicp dm6467 H.264 encoder arm ARM968 dm6467 DSP/hdvicp ARM926 H264 TMS320DM6467 H.264 codec
Text: Application Report SPRAB66 – September 2009 Performance Benchmarking of Video Software on TMS320DM6467 Anirban Sengupta . Multimedia Codecs, SDO ABSTRACT The performance and complexity of video codecs is driven by several factors. Algorithm design/flow is just
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SPRAB66
TMS320DM6467
DM64D
hdvicp
hdvicp dm6467
H.264 encoder arm
ARM968
dm6467
DSP/hdvicp
ARM926
H264
TMS320DM6467
H.264 codec
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Untitled
Abstract: No abstract text available
Text: Am186TMCC/CH Microcontroller HDLC Performance Eval CodeKit Used with Am186CC-Eval-Kit Systems in Silicon 1 The following presentation describes the functionality of this benchmarking software. View the speaker notes for additional information Systems in Silicon
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Am186TMCC/CH
Am186CC-Eval-Kit
Am186CC/CH
E86MONTM
with50MHz
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79 III true rms multimeter
Abstract: FLUKE 79 III mvl401-davinci-evm OSD Displays circuit analysis TP30-TP31 DM644X h.264 encode H.264 encoder chip TP30TP31 block diagram of decoder of h.264 set top box
Text: Application Report SPRAAF6 – September 2006 DaVinci System Level Benchmarking Measurements Zhengting He, Mukul Bhatnagar, Jackie Brenner . ABSTRACT The DaVinci platform offers a complete solution for many multimedia applications
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DM644x
79 III true rms multimeter
FLUKE 79 III
mvl401-davinci-evm
OSD Displays circuit analysis
TP30-TP31
h.264 encode
H.264 encoder chip
TP30TP31
block diagram of decoder of h.264 set top box
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AXP 209 IC
Abstract: AXP 193 AXP 188 AXP 188 IC AXP 199 AXP 209 Datasheet AXP 209 80486DX architecture mb86900 486DX2
Text: Benchmarking the Am186EM Using the Dhrystone V2.1 as an example Don Gille Sr. Field Application Engineer Advanced Micro Devices Inc. Table of Contents
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Am186EM
PDRT186,
AXP 209 IC
AXP 193
AXP 188
AXP 188 IC
AXP 199
AXP 209 Datasheet
AXP 209
80486DX architecture
mb86900
486DX2
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AN1266
Abstract: RAM cells bit lines "select line" nand gate layout NOR FLASH
Text: AN1266 APPLICATION NOTE Benchmarking Flash NOR and Flash NAND memories for Code and Data Storage CONTENTS • INTRODUCTION ■ CELL STRUCTURE ■ CELL DIMENSIONS ■ MULTI LEVEL CELLS ■ OPERATIONAL DIFFERENCES ■ COST TRENDS ■ CONCLUSION ■ REFERENCES
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AN1266
AN1266
RAM cells bit lines "select line"
nand gate layout
NOR FLASH
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80196 microprocessor
Abstract: 80196 architecture icc6811 80196 ICCZ80 arm7 architecture AVR microprocessor MICROPROCESSOR Z80 Z80 microcontroller 68HC11
Text: ENHANCED RISC Dear reader of this benchmark The following general comments should be noted on C Code benchmarking: •Our goal with this presentation is to support our claim that we have a very High Level Language in this case ‘C’ suitable architecture.
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H8/500
68HC11
H8/300H
80C51
H8/300
ICCA90
80C51:
ICC8051
icc196
iccz80
80196 microprocessor
80196 architecture
icc6811
80196
arm7 architecture
AVR microprocessor
MICROPROCESSOR Z80
Z80 microcontroller
68HC11
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FIR FILTER implementation in ARM instruction
Abstract: Atmel ATmega8 arm 11 benchmark tmega8 atmega8 source code 430F1 PIC18F242 PIC24FJ128GA ARM7TDM MSP430
Text: Application Report SLAA205B – June 2005 – Revised July 2006 MSP430 Competitive Benchmarking Greg Morton, Kripasagar Venkat . MSP430 Products ABSTRACT This application report contains the results from benchmarking the MSP430 against
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SLAA205B
MSP430
FIR FILTER implementation in ARM instruction
Atmel ATmega8
arm 11 benchmark
tmega8
atmega8 source code
430F1
PIC18F242
PIC24FJ128GA
ARM7TDM
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ST90R50
Abstract: 8 BIT ALU cisc architecture in 8051 A7800 P80C32GBPN arithmetic instruction for microcontroller 68HC11 8 bit to two 7 segment circuit P51XAG35 iar ide version 3.5 h8 nec mcu
Text: AN910 APPLICATION NOTE ST7 AND ST9 PERFORMANCE BENCHMARKING INTRODUCTION STMicroelectronics has developed a set of test routines related to 8-bit and low-end 16-bit microcontroller applications to evaluate computing performance and interrupt processing performance of microcontroller cores. These routines have been implemented on ST7 and
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AN910
16-bit
ST90R50
8 BIT ALU
cisc architecture in 8051
A7800
P80C32GBPN
arithmetic instruction for microcontroller 68HC11
8 bit to two 7 segment circuit
P51XAG35
iar ide version 3.5 h8
nec mcu
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ARM926E-S
Abstract: 0x0000000000000001 ARM9E-S 940T ARM1020E ARM720T ARM920T ARM940T ARM946E-S
Text: Application Note 93 Benchmarking with ARMulator Document number: ARM DAI 0093A Issued: March 2002 Copyright ARM Limited 2002 Copyright 2002 ARM Limited. All rights reserved. Application Note 93 Benchmarking with ARMulator Copyright © 2002 ARM Limited. All rights reserved.
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Mar-2002
0x08000000
0x07000000
ARM926E-S
0x0000000000000001
ARM9E-S
940T
ARM1020E
ARM720T
ARM920T
ARM940T
ARM946E-S
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16C30
Abstract: 80960KA 80960SA Z380 16C30 zilog 80380 microprocessor interface
Text: APPLICATION N OTE ZILOG Z380 BENCHMARKING C ompare the performance and program memory capacity of the 16-bit Z380 CPU against competitor processors such as the Intel 80186, 80960 and Motorola 68020 and CPU32. INTRODUCTION Zilog's new Z380™ Central Processing Unit is a high
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Z380TM
16-bit
CPU32.
/Z180®
16C30
80960KA
80960SA
Z380
16C30 zilog
80380 microprocessor interface
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resistor cross reference vishay
Abstract: BEYSCHLAG resistor Cross Reference resistor cross reference BU 0603 0603FA 1608FF FCC16 FCC20 FCD06
Text: Vishay Draloric/Beyschlag Resistor Division Technical Benchmarking Cross Reference MFU 0603 1 Manufacturer Vishay Cooper Bussmann Cooper Bussmann MFU 0603 1608FF series 0603FA series 0.5 A up to 4 A 0.250 A up to 4A 32 V Littelfuse Kamaya Kamaya 434 series
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1608FF
0603FA
FCC16
FCH16
FCH16
resistor cross reference vishay
BEYSCHLAG resistor
Cross Reference
resistor cross reference
BU 0603
0603FA
1608FF
FCC16
FCC20
FCD06
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Untitled
Abstract: No abstract text available
Text: XC9500 Benchmarking Continued from the previous page Figure 2: Equality Compare Performance used multi-level logic to implement the 8-bit equality compare; a 16-input, 16 product-term logic function that is implemented in a single pass in the XC9500 CPLD.
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XC9500
16-input,
XC9500
10-bit
12-bit
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Untitled
Abstract: No abstract text available
Text: Temic Se mi t o n d u e t or s ♦ World-class excellence ♦ Benchmarking ♦ EFQM approach ♦ Measurement of customer satisfaction - QFD ♦ Corporate customer service policy ♦ Cost of quality ♦ TEMIC worldwide ISO 9000 certification ♦ FMEA-DOE ♦ Supplier partnership
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