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  1. Read this chapter to get an overview of the VFP11 coprocessor. Chapter 2 Register File Read this chapter to learn about the structure and operation of the VFP11 register file. Chapter 3 Programmer’s Model Read this chapter to learn about implementation-specific features of the VFP11 coprocessor that are useful to programmers, and VFPv2

  2. Read this chapter to get an overview of the VFP11 coprocessor. Chapter 2 Register File Read this chapter to learn about the structure and operation of the VFP11 register file. Chapter 3 Programmer’s Model Read this chapter to learn about VF Pv2 architecture co mpliance with the IEEE 754 standard, the VFP11 status and control registers, and the

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  4. VFP11 Vector Floating-point Coprocessor Technical Reference Manual r1p5. Preface; Introduction. About the VFP11 coprocessor. Applications; Coprocessor interface;

  5. Load data is written to the VFP11 coprocessor on a dedicated 64-bit load data bus between the ARM1136 processor and all coprocessors. Data is received by the VFP11 coprocessor in the Writeback stage. Data is written to the register file in the Writeback stage, and available for forwarding to data processing operations in the same cycle.

  6. The VFP11 coprocessor [1] is an implementation of the ARM Vector Floating-point Architecture for integration with ARM11-family cores. The VFP11 implements IEEE 754 compliant single-precision and

  7. ARM926/946/966) and the VFP11 (as provided in the ARM1136JF-S and ARM1176JZF-S). • VFPv3 is backwards compatible with VFPv2 except that VFPv3 cannot trap floating-point exceptions and therefore requires no software support code. VFPv3 is implemented on ARM architecture v7 and later (e.g. Cortex-A8). Some VFPv3 variants are:

  8. This paper presents the detailed design of the ARM VFP11 divide and square root synthesisable macrocell. The macrocell was designed using the minimum-redundancy radix-4 SRT digit recurrence algorithm, and this paper describes a novel acceleration technique employed to achieve the required processor clock frequency of up to 750 MHz in 90 nm CMOS. Logical effort theory is used to provide a delay ...