文件列表:

usb_phy\CVS\Desktop_.ini (10, 2008-05-25)
usb_phy\CVS\Entries (20, 2008-05-25)
usb_phy\CVS\Repository (8, 2008-05-25)
usb_phy\CVS\Root (13, 2008-05-25)
usb_phy\doc\CVS\Desktop_.ini (10, 2008-05-25)
usb_phy\doc\CVS\Entries (45, 2008-05-25)
usb_phy\doc\CVS\Repository (12, 2008-05-25)
usb_phy\doc\CVS\Root (13, 2008-05-25)
usb_phy\doc\Desktop_.ini (10, 2008-05-25)
usb_phy\rtl\CVS\Desktop_.ini (10, 2008-05-25)
usb_phy\rtl\CVS\Entries (14, 2008-05-25)
usb_phy\rtl\CVS\Repository (12, 2008-05-25)
usb_phy\rtl\CVS\Root (13, 2008-05-25)
usb_phy\rtl\verilog\CVS\Desktop_.ini (10, 2008-05-25)
usb_phy\rtl\verilog\CVS\Entries (182, 2008-05-25)
usb_phy\rtl\verilog\CVS\Repository (20, 2008-05-25)
usb_phy\rtl\verilog\CVS\Root (13, 2008-05-25)
usb_phy\rtl\verilog\Desktop_.ini (10, 2008-05-25)
usb_phy\rtl\verilog\timescale.v (22, 2008-05-25)
usb_phy\rtl\verilog\usb_phy.v (5569, 2008-05-25)
usb_phy\rtl\verilog\usb_rx_phy.v (12262, 2008-05-25)
usb_phy\rtl\verilog\usb_tx_phy.v (11380, 2008-05-25)
usb_phy\rtl\Desktop_.ini (10, 2008-05-25)
usb_phy\Desktop_.ini (10, 2008-05-25)
usb_phy\rtl\verilog\CVS (0, 2008-05-25)
usb_phy\doc\CVS (0, 2008-05-25)
usb_phy\rtl\CVS (0, 2008-05-25)
usb_phy\rtl\verilog (0, 2008-05-25)
usb_phy\CVS (0, 2008-05-25)
usb_phy\doc (0, 2008-05-25)
usb_phy\rtl (0, 2008-05-25)
usb_phy (0, 2008-05-25)

USB 1.1 PHY ========== Status ------ This core is done. It was tested with a USB 1.1 core I have written on a XESS XCV800 board with a a Philips PDIUSBP11A transceiver. I have NOT yet tested it with my USB 2.0 Function IP core. Test Bench ---------- There is no test bench, period ! As I said above I have tested this core in real hardware and it works just fine. Documentation ------------- Sorry, there is none. I just don't have the time to write it. I have tried to follow the UTMI interface specification from USB 2.0. 'phy_mode' selects between single ended and differential tx_phy output. See Philips ISP 1105 transceiver data sheet for an explanation of it's MODE select pin (see Note below). Currently this PHY only operates in Full-Speed mode. Required clock frequency is 48MHz, from which the 12MHz USB transmit and receive clocks are derived. RxError reports the following errors: - sync errors Could not synchronize to incoming bit stream - Bit Stuff Error Stuff bit had the wrong value (expected '0' got '1') - Byte Error Got a EOP (se0) before finished assembling a full byteAll of those errors are or'ed together and reported via RxError. Note: 1) "phy_tx_mode" selects the PHY Transmit Mode: When phy_tx_mode is '0' the outputs are encoded as: txdn, txdp 0 0 Differential Logic '0' 0 1 Differential Logic '1' 1 0 Single Ended '0' 1 1 Single Ended '0' When phy_tx_mode is '1' the outputs are encoded as: txdn, txdp 0 0 Single Ended '0' 0 1 Differential Logic '1' 1 0 Differential Logic '0' 1 1 Illegal State See PHILIPS Transceiver Data Sheet for: ISP1105, ISP1106 and ISP1107 for more details. 2) "usb_rst" Indicates a USB Bus Reset (this output is also or'ed with the reset input). Misc ---- The USB 1.1 Phy Project Page is: http://www.opencores.org/cores/usb_phy To find out more about me (Rudolf Usselmann), please visit: http://www.asics.ws Directory Structure ------------------- [core_root] | +-doc Documentation | +-bench--+ Test Bench | +-verilog Verilog Sources | +-vhdl VHDL Sources | +-rtl----+ Core RTL Sources | +-verilog Verilog Sources | +-vhdl VHDL Sources | +-sim----+ | +-rtl_sim---+ Functional verification Directory | | +-bin Makefiles/Run Scripts | | +-run Working Directory | | | +-gate_sim--+ Functional & Timing Gate Level | | Verification Directory | +-bin Makefiles/Run Scripts | +-run Working Directory | +-lint--+ Lint Directory Tree | +-bin Makefiles/Run Scripts | +-run Working Directory | +-log Linter log & result files | +-syn---+ Synthesis Directory Tree | +-bin Synthesis Scripts | +-run Working Directory | +-log Synthesis log files | +-out Synthesis Output

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