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2003 - VFPv3

Abstract:
Text: 6 3 ARM-SPECIFIC DWARF DEFINITIONS 7 3.1 DWARF register names 3.1.1 VFP-v3 and Neon , LS Second public release. th LS Added register numbers for VFP-v3 d0-d31 (§3.1). th , VFP-v3 /Neon D0-D31 288-319 None Reserved to VFP/Neon 320-8191 None Reserved for future , 0­7 Reserved for future allocation VFP-v3 /Neon 64-bit register file (Note 4) Unspecified vendor , . The VFP-v3 and Neon architectures extend the register file to 32 64-bit registers, posing significant


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2004 - cortex-a8

Abstract:
Text: -fpu vfpv3_fp16 · Application Note 133 ARM DAI 0133C -fpu vfpv3 -fpu vfpv3_d16 , ARM DAI 0133C Introduction · VFPv3-D32 is an implementation of VFPv3 that provides 32 double-precision registers. VFPv3-D32 is implied for NEON targets, e.g. Cortex-A8 and CortexA9. · VFPv3-D16 is an implementation of VFPv3 that provides 16 double-precision registers rather than 32. VFPv3-D16 , ) Selects hardware vector floating-point unit conforming to architecture VFPv3 -fpu vfpv3_d16 (RVDS 4.0


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PDF 0133C VFP10rev0 ARM1136JF-S cortex-a8 VFPv3 instruction set VFPv3-D32 VFPv3 ARMv7 Architecture Reference Manual VFPv3-D16 ARM v7 CORTEX-A8 VFPv3D16 VFPv3-FP16 ARM10200
2012 - Avastar 88W8787

Abstract:
Text: VFPv3.0-D32 WMMX2, Neon 1.2GHz ARMv7 MP VFPv3.0-D32 WMMX2, Neon 1.2GHz 32KB/32KB D$/I$ 32KB/32KB D$/I$ Hybrid LPM ARMv7 VFPv3.0-D32 WMMX2, Neon Audio DSP Subsystem D/I L1$, L2


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PDF PXA2128 40-nanometer SoC-001 Avastar 88W8787 Marvell PXA2128 marvell wtm 3 MIPI Marvell
2012 - Marvell PXA2128

Abstract:
Text: BootROM Fuse OTP 4x UART I2S 6x TWSI (I2C) ARMv7 MP VFPv3.0-D32 WMMX2, Neon 1.2GHz 32KB/32KB D$/I$ 5x SDIO/ eMMC ARMv7 MP VFPv3.0-D32 WMMX2, Neon 1.2GHz 32KB/32KB D$/I$ Hybrid LPM ARMv7 VFPv3.0-D32 WMMX2, Neon Audio DSP Subsystem D/I L1$, L2$, TCM 2x Audio I2S 2x


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PDF PXA2128 40-nanometer SoC-001 Marvell PXA2128 ARMv7 h.264 Marvell android MIPI Marvell
VFPv3 instruction set

Abstract:
Text: Vector Floating Point Instruction Set Quick Reference Card Key to Tables {C} S, D, H F SI, UI § See Table Condition Field F32 (single precision) or F64 (double precision). Single, double, or half-precision (F16). Single or double-precision floating point. Signed or unsigned integer. FPSCR or FPSID. 2: VFPv2 and above. 3: VFPv3 and above. 3H: VFPv3 and above with half-precision extension. Operation Assembler Exceptions Action VMUL{C}. Fd, Fn, Fm IO, OF


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2009 - ARMv7 neon

Abstract:
Text: VFPv2 or VFPv3-D16 D0-D31 VFPv3-D32 or Advanced SIMD D0 D0 D1 D1 D2 D2 D3 , Advanced SIMD and VFPv3 are implemented, they share this register bank. In this case, VFPv3 is implemented in the VFPv3-D32 form that supports 32 double-precision floating-point registers. This , ARM DHT 0002A ID060909 Introducing NEON The NEON D0-D31 registers are the same as the VFPv3


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PDF ID060909 ARMv7 neon ARM cortex A9 neon VFPv3 instruction set VFPv3-D32 armv7-a ARMv7 Architecture Reference Manual ARMv7 Architecture Reference Manual NEON VFPv3-d16 NEON ARMv7-a neon DHT 11
2002 - Cortex-A8 ARMv7

Abstract:
Text: 2-26 half-precision floating-point option VFPv3 · -fp16_format=format 2-67


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PDF 0205IJ 0205IJ Cortex-A8 ARMv7 ARMv7 neon ARM v7 CORTEX-A8 cortex cpu ARM 2148 0419J ARM v7 instruction VFPv3 instruction set ARM1176JZF-S ARM926E
2005 - ARM SC300

Abstract:
Text: v6S-M and v6-M; and VFP_arch value for VFPv3-D16 ; added Tag_nodefaults, Tag_ABI_FP_16bit_format, and , Tag_FP_arch value for VFPv3 (§2.3.5). Noted errata and omissions (§5.1.2, §5.2.3, §5.3.1, §5.5.2, and §5.6.1 , permit this entity to use the VFPv3 /Advanced SIMD optional half-precision extension 1 Use of the VFPv3


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PDF 0045C, 0045C ARM SC300 ARMv2 VFPv4 ARM wmmx LEB128 ARM v7 ARMv7-M Architecture Reference Manual ARM1176JZ-S Armv2 architecture ARM1156T2F-S
2009 - DHT 11

Abstract:
Text: have two options for handling single-precision floating point, VFPv3 and NEON technology. VFPv3 , VFPv3 only, with no NEON instructions, specify -mfpu=vfpv3. RVCT The RealView tools assume hardware , specify, for example, -fpu=SoftVFP+VFPv3. This informs the tool that VFPv3 hardware is available but


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PDF ID081609) ID081609 DHT 11 ARM cortex A9 neon armv7-a IEEE754 VFPv3
VFPv3 instruction set

Abstract:
Text: Vector Floating Point Instruction Set Quick Reference Card Key to Tables {C} § See Table Condition Field F32 (single precision) or F64 (double precision). As above, or X (unspecified precision). FPSCR or FPSID. 2: VFPv2 and above. 3: VFPv3 and above. +/­ m * 2­n where m and n are integers, 16 <= m <= 31, 0 <= n <=7 Operation Sd, Sn, Sm (single precision), or Dd, Dn, Dm (double precision). E : raise exception on any NaN. Without E : raise exception


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VFPv3 instruction set

Abstract:
Text: Vector Floating Point Instruction Set Quick Reference Card Key to Tables {cond} § See Table Condition Field S (single precision) or D (double precision). As above, or X (unspecified precision). FPSCR or FPSID. 2: VFPv2 and above. 3: VFPv3 and above. Operation Sd, Sn, Sm (single precision), or Dd, Dn, Dm (double precision). E : raise exception on any NaN. Without E : raise exception only on signaling NaNs. Round towards zero. Overrides FPSCR rounding mode. A comma separated


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PDF 16-bit) 32-bit) Fn2005 VFPv3 instruction set arm vector table D20-D31 DN-63 ge mov 18
2010 - VFPv4

Abstract:
Text: VFPv3 · VFPv3-D16 · VFPv3-FP16 · VFPv3-D16-FP16. 3.7.1 See also Concepts · · , processor might have either the VFPv2, VFPv3 , or VFPv4 coprocessor. There are variants of VFPv3 that differ


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PDF 0473B ID102510) ID102510 VFPv4 ARMv7 neon VFPv3 instruction set ARMv7 Architecture Reference Manual NEON ARMv6-M ARM processor Armv4 instruction set architecture ID102510 ARMv5TE instruction set arm keil ARMv7-M Architecture Reference Manual, ARM Limited, 2010
2002 - UL41

Abstract:
Text: , that is, the Advanced SIMD Extension (also called NEON Technology) and VFPv3. This means that a substantial number of SIMD (Single Instruction, Multiple Data) instructions and some VFPv3 instructions are


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PDF 0202H UL41 ARM cortex A9 neon SIMD ARM cortex A9 neon ARM1176JZ ARM968EJ-S VFPv3 ARMv7 ARMv7 neon multithreading simd lock PXA270
2003 - ARMv7-M Architecture Reference Manual

Abstract:
Text: specifying the registers maybe affected by a call to an FP helper; added conversion helpers between VFPv3 , {unsigned} long long, and the conversions between the VFPv3 half-precision storage-only binary format and , functions convert between 16-bit short and 32-bit float. In the VFPv3 alternative format there are no NaNs , VFPv3 alternative-format 16-bit binary floating point bit pattern to the IEEE-format 32-bit binary , -bit binary floating point bit pattern to the VFPv3 alternative-format 16-bit binary floating point bit


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PDF 0043C, 0043C ARMv7-M Architecture Reference Manual ARMv5 0043C ARM1136J-S ARM1156T2F-S ARM926EJ-S ARM946E-S how to reverse float variable in java
2002 - PXA270 assembler

Abstract:
Text: architecture, that is, the Advanced SIMD Extension (also called NEONTM Technology) and VFPv3. This means that a substantial number of SIMD (Single Instruction, Multiple Data) instructions and some VFPv3 , , Advanced SIMD extension and VFPv3. Advanced SIMD extension consists of: - the Advanced SIMD registers. These are the same as the VFPv3 register bank, but are viewed as either thirty-two 64-bit registers or , sets. VFPv3 has the following enhancements over VFPv2: - A substantial extension to the VFPv2


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PDF 0202G PXA270 assembler ARMv4 reference ARMv7 A-20 VFPv3 instruction set thumb2 instruction set PXA270 Cortex-A8 ARMv7 CODE16 ARMv7 Architecture Reference Manual
2002 - C2218

Abstract:
Text: Advanced SIMD Extension and VFPv3 Supplement (ARM DDI 0268) · ARM datasheet or technical reference


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PDF 0205H C2218 C3017 embedded c programming examples ARM cortex A9 neon ARM cortex A9 neon SIMD ARM cortex R5 processor ARMv5 instruction set CP15 G723
2007 - 16 bit risc processor architecture

Abstract:
Text: No file text available


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2014 - Not Available

Abstract:
Text: i.MX537 Hochleistungsrechner und Multimedia Verarbeitung Vector floating point coprocessor VFPv3


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2002 - ARMv7

Abstract:
Text: been added to the -fpu command-line option: - vfpv3_fp16 - vfpv3_d16 - vfpv3_d16_fp16 -


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PDF 0202I ID100419) ID100419 ARMv7 ID100419 Cortex-m1 A-20 Marvell pxa270 armv7-a ARMv7 exception ARM968EJ-S ARM cortex A9 neon UL41
2002 - ARM DDI 0309

Abstract:
Text: VFPv3 Supplement (ARM DDI 0268) · ARM Reference Peripheral Specification (ARM DDI 0062) ·


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PDF 0204G ARM DDI 0309 lrr3 PXA270 programmer guide PXA270 ophn CODE16 ARMv7-M Architecture Reference Manual ARMv6 Architecture Reference Manual ARMv5 ARM10
2014 - Not Available

Abstract:
Text: VFPv3 NEON™ SIMD media accelerator Graphics acceleration with 2D and 3D functionality


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2010 - Using the LPC32xx VFP

Abstract:
Text: , vfp10-r0, vfp3 vfp9, vfpxd,vfpv2 vfpv3 vfpv3-d16 arm1020t, arm1020e, arm1136jf-s, maverick and neon. In


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PDF AN10902 LPC32xx LPC32x0, LPC3180 LPC32x0 AN10902 Using the LPC32xx VFP LPC3200 FPA11 VFP10 lpc3250 ARM cpu ARM1020E ARM926EJS arm keil LPC3180
2002 - ARM v7 CORTEX-A8

Abstract:
Text: ARM ARM -arm -fpu vfpv3 VFP Thumb-2 Thumb-2 -thumb -fpu vfpv3 Thumb-2 VFP VFP ARM VFP ARM Thumb-2 VFP Cortex-A8 VFPv3 ARMv7 ARM DUI 0203IJ Copyright © 2002-2008 ARM Limited


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PDF 0203IJ ARM v7 CORTEX-A8 armv7 processor rev 2 ARMv7 armv7-a ARMv6-M ARMv6 ARMv5TE ARM v7 ARM v7 CORTEX-M3 Armv4t
2003 - ARMv5

Abstract:
Text: incoming parameters. 2.03 7th October 2005 LS Added notes concerning VFPv3 D16-D31 (§5.1.2.1 , 4.1.1 Half-precision Floating Point An optional extension to the VFPv3 architecture provides hardware , . VFP-v3 adds 16 more double-precision registers d16-d31, but there are no additional single-precision


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PDF 0042D, subsecsimd128 uint32 float32x4 simd128 float32 poly8x16 poly16x8 ARMv5 ARM coprocessor GENC-003534 arm v8 ARM processor Armv5 instruction set architecture ARM PROCESSOR CORTEX M-3 ARM1156T2F-S ARM926EJ-S ARM946E-S ARM cortex r7
2002 - ARMv7-M

Abstract:
Text: No file text available


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PDF 0204I ID100419) ID100419 ARMv7-M design of 18 x 16 barrel shifter in computer ARMv7 arch ARMv7 ARMv7-M Architecture Reference Manual ARMv5TE instruction set design of 18 x 16 barrel shifter in computer arch ARMv6-M Architecture Reference Manual PXA270 programmer guide ARM10
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