INTEGER AND FLOATING POINT NUMBERS Search Results

Contextual Info: in te l CHAPTER 7 FLOATING-POINT UNIT The Intel Architecture Floating-Point Unit FPU provides high-performance floating-point processing capabilities. It supports the real, integer, and BCD-integer data types and the floating­ point processing algorithms and exception handling architecture defined in the IEEE 754 and

intel 8087 architecture

Abstract: sahf instruction intel 8086 Arithmetic and Logic Unit -ALU 8087 coprocessor architecture 8086 instruction set 8086 opcode sheet free binary numbers multiplication 8088 instruction set intel 8086 opcode sheet procedure for converting to opcodes in 8086
Contextual Info: Floating-Point Unit 31 The Intel Architecture Floating-Point Unit FPU provides high-performance floating-point processing capabilities. It supports the real, integer, and BCD-integer data types and the floatingpoint processing algorithms and exception handling architecture defined in the IEEE 754 and 854

vhdl code of floating point unit

Abstract: ieee floating point vhdl digital clock verilog code APEX20K APEX20KC APEX20KE FLEX10KE ieee floating point verilog
Contextual Info: DFP2INT Floating Point To Integer Pipelined Converter ver 2.20 OVERVIEW The DFP2INT is the pipelined floating point to integer converter. The input and output numbers format is according to IEEE-754 standard. DFP2INT supports single precision real numbers and double word integers 4

verilog code for floating point unit

Abstract: ieee floating point vhdl vhdl code for digital clock vhdl code of floating point unit ieee floating point verilog
Contextual Info: Integer to Floating Point Pipelined Converter ver 2.31 OVERVIEW The DINT2FP is the pipelined integer to floating point converter. The input and output numbers format is according to IEEE-754 standard. DINT2FP supports double word integers 4 Bytes and single precision real

ieee floating point vhdl

Abstract: floating point verilog ieee floating point verilog APEX20K APEX20KC APEX20KE FLEX10KE IEEE-754
Contextual Info: DINT2FP Integer to Floating Point Pipelined Converter ver 2.32 OVERVIEW The DINT2FP is the pipelined integer to floating point converter. The input and output numbers format is according to IEEE-754 standard. DINT2FP supports double word integers 4 Bytes and single precision real

verilog code for floating point unit

Abstract: ieee floating point verilog digital clock vhdl code vhdl code of floating point unit floating point verilog
Contextual Info: Floating Point To Integer Pipelined Converter ver 2.07 OVERVIEW The DFP2INT is the pipelined floating point to integer converter. The input and output numbers format is according to IEEE-754 standard. DFP2INT supports single precision real numbers and double word integers 4

ad149

Abstract: weitek 3164
Contextual Info: 3164/3364 64-BIT FLOATING-POINT DATA PATH UNITS November 1989 1. Features 64-BIT FLOATING-POINT DATA PATH FULL FUNCTION 64-bit and 32-bit floating-point and 32-bit integer multiplier Divide and square root operations Single-cycle pipeline throughput for the following

aaa instruction

Abstract: pentium instruction set CMPXCHG Pentium Processor Family sahf instruction "vector instructions" saturation SA01-FE-3092-3 FLOW ELEMENT
Contextual Info: Instruction Set Summary 30 This chapter lists all the instructions in the Intel Architecture instruction set, divided into three functional groups: integer, floating-point, and system. It also briefly describes each of the integer instructions. Brief descriptions of the floating-point instructions are given in “Floating-Point Unit”; brief

chip yx 801

Abstract: yx 801 4 pin Bipolar Integrated Technology "Bipolar Integrated Technology" TMS 3880 zr 4.7 B2110 B2110-70 B2120 B2120-30
Contextual Info: BU I /CSb, Prelim inary _ B2110/B2120 TTL Floating Point Chip Set • FEATURES ■ Complete floating point and integer processor chip set supports the ANSI/IEEE STD. 754 and DEC F&G formats. ■ Four data formats 64-bit floating point

80486 instruction set

Abstract: 80486 Opcodes 80486 ADDRESSING MODES 80486 microprocessor pin out diagram WEITEK 3167 pinout weitek 4167
Contextual Info: WTL 4167 FLOATING-POINT COPROtíESSOR ADVANCE DATA July 1989_ Features SINGLE-CHIP FLOATING-POINT COPROCESSOR FULL FUNCTION Designed for use with the Intel 80486 Add, subtract, multiply, divide, and square root Fits a standard 142-pin PGA socket Integer-floating-point conversions

c3200 BL

Abstract: TMC3200 nana j12 ir TMC3201 marking CYN C3200 equivalent TMC3200G5A
Contextual Info: TRYw TMC3200, TMC3201 CM O S Floating-Point Arithmetic Unit and Multiplier 32/34 Bits The TMC3200, an arithmetic unit, adds and subtracts floating-point numbers expressed in IEEE 32-bit single­ precision format or extended-range 34-bit format. Conversions between floating-point and 24-bit two'scomplement integer fixed-point representations are

Contextual Info: ADSP-8110/ADSP-8120 ADSP-7110/ADSP-7120 ANALOG ► DEVICES Floating Point Chip Set November, 1987 IFEATURES • Complete floating point and integer processor chip set supports the ANSI/IEEE STD.754 and DEC F&G formats. ■ Four data formats 64-bit floating point

B2110A

Abstract: B3110-70 INF 740 CK21 "Bipolar Integrated Technology" B3110 B2120 B3120 yg 2025
Contextual Info: B3110/B3120 B2110/B2120 Bipolar Integrated Technology, Inc. Floating Point Chip Set IFEA T U R E S • Complete floating point and integer processor chip set supports the ANSI/IEEE STD.754 and D EC F&G formats. ■ Four data formats 64-bit floating point

Contextual Info: Am29027 Arithmetic Accelerator ADVANCE INFORMATION ¿Z06ZWV DISTINCTIVE CHARACTERISTICS • • • • • • High-speed floating-point accelerator for the Am29000 processor Comprehensive floating-point and integer instruction sets Single-, double-, and mixed-precision operations

16 BIT ALU design structural

Contextual Info: Chapter 2 TurboSPARC Architecture 2.1 INTEGER UNIT AND FLOATING POINT CONTROLLER The integer unit IU and floating point control (FPC) are merged into a 9-stage pipeline. Below are some of the features of the IUFPC. • 9 stage instruction pipeline. • No branch folding. Branch instructions (taken/non-taken) execute in one cycle.

sti 7110

Abstract: an 7110 ATID IC AN 7110 wrJ flage 820an
Contextual Info: ANALOG ► DEVICES ADSP-8110/ADSP-8120 ADSP-7110/ADSP-7120 Floating Point Chip Set April, 1987 IF E A T U R E S • Complete floating point and integer processor chip set supports the ANSI/IEEE STD.754 and D EC F&G formats ■ Four data formats 64-bit floating point

AMD 29000

Abstract: Am29C27 register file
Contextual Info: Am 29027 Arithmetic Accelerator ADVANCE INFO R M ATIO N N CM O a 04 E < DISTINCTIVE CHARACTERISTICS High-speed floating-point accelerator for the Am29000 processor Comprehensive floating-point and integer instruction sets Single-, double-, and mixed-precision operations

SN74ACT8847

Abstract: ACT8847 ti 8847
Contextual Info: SN74ACT8847 64-Bit Floating Point Unit • Meets IEEE Standard for Single- and DoublePrecision Formats • Performs Floating Point and Integer Add, Subtract, Multiply, Divide, Square Root, and Compare • 64-Bit IEEE Divide in 11 Cycles, 64-Bit Square Root in 14 Cycles

HAI 7203

Abstract: ACT8847 74ACT8847 SN74 multiplier
Contextual Info: TEXAS INSTR LOGIC SSE D 0^1723 GQÖS7G3 7 SN74ACT8847 64-Bit Floating Point Unit • Meets IEEE Standard for Single- and DoublePrecision Formats • Performs Floating Point and Integer Add, Subtract, Multiply, Divide, Square Root, and Compare • 64-Bit IEEE Divide in 11 Cycles, 64-Bit Square

B3110

Abstract: B3T10 PZK 20
Contextual Info: B3110/B3120 B2110/B2120 / / B ip ola r [ Integrated / ' Technology, Inc. 5 3 "7 Floating Point Chip Set IF E A T U R E S • Complete floating point and integer processor chip set supports the ANSI/IEEE STD.754 and DEC F&G formats. ■ Four data formats

E17G

Abstract: g31 m7 te Y8310 19c13 Am29C327
Contextual Info: Am29C327 Double-Precision Floating-Point Processor FINAL DISTIN CTIVE CHARACTERISTICS • • • • • H ig h -p e rfo rm a n ce d o u b le -p re c is io n flo a tin g -p o in t processor Comprehensive floating-point and integer instruction sets Single VLSI device performs single-, double-, and

AM29C33

Abstract: J-16
Contextual Info: Am 29C327 Double-Precision Floating-Point Processor FINAL DISTINCTIVE CHARACTERISTICS • • • • • H ig h -p e rfo rm a n ce d o u b le -p re c is io n flo a tin g -p o in t processor Comprehensive floating-point and integer instruction sets Single VLSI device performs single-, double-, and

MB86907

Abstract: 00FF mb8690
Contextual Info: TurboSPARC Microprocessor User’s Guide October 1996 Revision 1.0 TurboSPARC Microprocessor User’s Manual Table of Contents Chapter 1 The TurboSPARC Microprocessor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 1.1 Integer Unit and Floating Point Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2

J-16

Abstract: 1f s27
Contextual Info: Am 29C327 Double-Precision Floating-Point Processor FINAL DISTIN CTIVE CH ARA CTERISTICS • • • • • H ig h -p e rfo rm a n ce d o u b le -p re c is io n flo a tin g -p o in t processor Comprehensive floating-point and integer instruction sets Single VLSI device performs single-, double-, and