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<br>

# Entity - spacefibre_light_top_ip

## Summary

| Name | Location | Description |
| --- | --- | --- |
|spacefibre_light_top_ip|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#36">spacefibre_light_top_ip.vhd#36</linty-anchor>||
## Instantiations

Count: 0

## Generics

Count: 0

## Ports

Count: 201

| Name | Mode | Type | Description |
| --- | --- | --- | --- |
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#38">RST_N</linty-anchor>|in|std_logic|global reset|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#39">CLK</linty-anchor>|in|std_logic|Main clock|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#40">CLK_TX</linty-anchor>|out|std_logic|Clock generated by manufacturer IP|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#41">RST_TXCLK_N</linty-anchor>|out|std_logic|Reset clock generated by manufacturer IP|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#43">CLK_GTY</linty-anchor>|in|std_logic|GTY dedicated clock|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#45">TX_POS</linty-anchor>|out|std_logic|Positive LVDS serial data send|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#46">TX_NEG</linty-anchor>|out|std_logic|Negative LVDS serial data send|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#47">RX_POS</linty-anchor>|in|std_logic|Positive LVDS serial data received|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#48">RX_NEG</linty-anchor>|in|std_logic|Negative LVDS serial data received|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#53">AXIS_VC0_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#54">AXIS_VC1_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#55">AXIS_VC2_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#56">AXIS_VC3_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#57">AXIS_VC4_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#58">AXIS_VC5_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#59">AXIS_VC6_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#60">AXIS_VC7_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#61">AXIS_VC8_RX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#63">AXIS_VC0_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#64">AXIS_VC1_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#65">AXIS_VC2_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#66">AXIS_VC3_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#67">AXIS_VC4_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#68">AXIS_VC5_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#69">AXIS_VC6_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#70">AXIS_VC7_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#71">AXIS_VC8_TX_DL_ACLK</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#73">AXIS_VC0_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#74">AXIS_VC1_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#75">AXIS_VC2_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#76">AXIS_VC3_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#77">AXIS_VC4_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#78">AXIS_VC5_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#79">AXIS_VC6_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#80">AXIS_VC7_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#81">AXIS_VC8_RX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#83">AXIS_VC0_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#84">AXIS_VC1_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#85">AXIS_VC2_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#86">AXIS_VC3_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#87">AXIS_VC4_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#88">AXIS_VC5_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#89">AXIS_VC6_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#90">AXIS_VC7_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#91">AXIS_VC8_TX_DL_RSTN</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#93">AXIS_VC0_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#94">AXIS_VC1_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#95">AXIS_VC2_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#96">AXIS_VC3_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#97">AXIS_VC4_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#98">AXIS_VC5_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#99">AXIS_VC6_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#100">AXIS_VC7_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#101">AXIS_VC8_TX_DL_TDATA</linty-anchor>|in|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#103">AXIS_VC0_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#104">AXIS_VC1_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#105">AXIS_VC2_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#106">AXIS_VC3_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#107">AXIS_VC4_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#108">AXIS_VC5_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#109">AXIS_VC6_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#110">AXIS_VC7_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#111">AXIS_VC8_TX_DL_TLAST</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#113">AXIS_VC0_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#114">AXIS_VC1_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#115">AXIS_VC2_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#116">AXIS_VC3_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#117">AXIS_VC4_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#118">AXIS_VC5_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#119">AXIS_VC6_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#120">AXIS_VC7_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#121">AXIS_VC8_RX_DL_TREADY</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#123">AXIS_VC0_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#124">AXIS_VC1_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#125">AXIS_VC2_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#126">AXIS_VC3_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#127">AXIS_VC4_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#128">AXIS_VC5_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#129">AXIS_VC6_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#130">AXIS_VC7_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#131">AXIS_VC8_TX_DL_TUSER</linty-anchor>|in|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#133">AXIS_VC0_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#134">AXIS_VC1_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#135">AXIS_VC2_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#136">AXIS_VC3_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#137">AXIS_VC4_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#138">AXIS_VC5_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#139">AXIS_VC6_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#140">AXIS_VC7_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#141">AXIS_VC8_TX_DL_TVALID</linty-anchor>|in|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#143">AXIS_VC0_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#144">AXIS_VC1_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#145">AXIS_VC2_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#146">AXIS_VC3_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#147">AXIS_VC4_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#148">AXIS_VC5_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#149">AXIS_VC6_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#150">AXIS_VC7_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#151">AXIS_VC8_RX_DL_TDATA</linty-anchor>|out|std_logic_vector ( 31 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#153">AXIS_VC0_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#154">AXIS_VC1_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#155">AXIS_VC2_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#156">AXIS_VC3_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#157">AXIS_VC4_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#158">AXIS_VC5_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#159">AXIS_VC6_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#160">AXIS_VC7_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#161">AXIS_VC8_RX_DL_TLAST</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#163">AXIS_VC0_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#164">AXIS_VC1_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#165">AXIS_VC2_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#166">AXIS_VC3_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#167">AXIS_VC4_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#168">AXIS_VC5_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#169">AXIS_VC6_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#170">AXIS_VC7_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#171">AXIS_VC8_TX_DL_TREADY</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#173">AXIS_VC0_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#174">AXIS_VC1_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#175">AXIS_VC2_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#176">AXIS_VC3_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#177">AXIS_VC4_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#178">AXIS_VC5_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#179">AXIS_VC6_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#180">AXIS_VC7_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#181">AXIS_VC8_RX_DL_TUSER</linty-anchor>|out|std_logic_vector ( 3 downto 0 )||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#183">AXIS_VC0_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#184">AXIS_VC1_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#185">AXIS_VC2_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#186">AXIS_VC3_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#187">AXIS_VC4_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#188">AXIS_VC5_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#189">AXIS_VC6_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#190">AXIS_VC7_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#191">AXIS_VC8_RX_DL_TVALID</linty-anchor>|out|std_logic||
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#193">CURRENT_TIME_SLOT_NW</linty-anchor>|in|std_logic_vector ( 7 downto 0 )|Current time slot|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#196">INTERFACE_RESET</linty-anchor>|in|std_logic|Reset the link and all configuration register of the Data Link layer|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#197">LINK_RESET</linty-anchor>|in|std_logic|Reset the link|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#198">NACK_RST_EN</linty-anchor>|in|std_logic|Enable automatic link reset on NACK reception|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#199">NACK_RST_MODE</linty-anchor>|in|std_logic|Up for instant link reset on NACK reception, down for link reset at the end of the current received frame on NACK reception|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#200">PAUSE_VC</linty-anchor>|in|std_logic_vector ( 8 downto 0 )|Pause the corresponding virtual channel after the end of current transmission|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#201">CONTINUOUS_VC</linty-anchor>|in|std_logic_vector ( 7 downto 0 )|Enable the corresponding virtual channel continuous mode|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#203">SEQ_NUMBER_TX</linty-anchor>|out|std_logic_vector ( 7 downto 0 )|SEQ_NUMBER in transmission|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#204">SEQ_NUMBER_RX</linty-anchor>|out|std_logic_vector ( 7 downto 0 )|SEQ_NUMBER in reception|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#205">CREDIT_VC</linty-anchor>|out|std_logic_vector ( 7 downto 0 )|Indicates if each corresponding far-end input buffer has credit|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#206">INPUT_BUF_OVF_VC</linty-anchor>|out|std_logic_vector ( 7 downto 0 )|Indicates input buffer overflow|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#207">FCT_CREDIT_OVERFLOW</linty-anchor>|out|std_logic_vector ( 7 downto 0 )|Indicates overflow of each corresponding input buffer|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#208">CRC_LONG_ERROR</linty-anchor>|out|std_logic|CRC long error|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#209">CRC_SHORT_ERROR</linty-anchor>|out|std_logic|CRC short error|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#210">FRAME_ERROR</linty-anchor>|out|std_logic|Frame error|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#211">SEQUENCE_ERROR</linty-anchor>|out|std_logic|Sequence error|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#212">FAR_END_LINK_RESET</linty-anchor>|out|std_logic|Far-end link reset status|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#213">FRAME_FINISHED</linty-anchor>|out|std_logic_vector ( 8 downto 0 )|Indicates that corresponding channel finished emitting a frame|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#214">FRAME_TX</linty-anchor>|out|std_logic_vector ( 8 downto 0 )|Indicates that corresponding channel is emitting a frame|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#215">DATA_COUNTER_TX</linty-anchor>|out|std_logic_vector ( 6 downto 0 )|Indicate the number of data transmitted in last frame emitted|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#216">DATA_COUNTER_RX</linty-anchor>|out|std_logic_vector ( 6 downto 0 )|Indicate the number of data received in last frame received|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#217">ACK_COUNTER_TX</linty-anchor>|out|std_logic_vector ( 2 downto 0 )|ACK counter TX|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#218">NACK_COUNTER_TX</linty-anchor>|out|std_logic_vector ( 2 downto 0 )|NACK counter TX|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#219">FCT_COUNTER_TX</linty-anchor>|out|std_logic_vector ( 3 downto 0 )|FCT counter TX|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#220">ACK_COUNTER_RX</linty-anchor>|out|std_logic_vector ( 2 downto 0 )|ACK counter RX|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#221">NACK_COUNTER_RX</linty-anchor>|out|std_logic_vector ( 2 downto 0 )|NACK counter RX|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#222">FCT_COUNTER_RX</linty-anchor>|out|std_logic_vector ( 3 downto 0 )|FCT counter RX|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#223">FULL_COUNTER_RX</linty-anchor>|out|std_logic_vector ( 1 downto 0 )|FULL counter RX|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#224">RETRY_COUNTER_RX</linty-anchor>|out|std_logic_vector ( 1 downto 0 )|RETRY counter RX|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#225">CURRENT_TIME_SLOT</linty-anchor>|out|std_logic_vector ( 7 downto 0 )|Current time slot|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#226">RESET_PARAM</linty-anchor>|out|std_logic|Reset parameters register command|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#227">LINK_RST_ASSERTED</linty-anchor>|out|std_logic|Link reset status|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#228">NACK_SEQ_NUM</linty-anchor>|out|std_logic_vector ( 7 downto 0 )|NACK Seq_num received|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#229">ACK_SEQ_NUM</linty-anchor>|out|std_logic_vector ( 7 downto 0 )|ACK Seq_num received|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#230">DATA_PULSE_RX</linty-anchor>|out|std_logic|Data received pulse signal|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#231">ACK_PULSE_RX</linty-anchor>|out|std_logic|ACK received pulse signal|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#232">NACK_PULSE_RX</linty-anchor>|out|std_logic|NACK received pulse signal|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#233">FCT_PULSE_RX</linty-anchor>|out|std_logic|FCT received pulse signal|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#234">FULL_PULSE_RX</linty-anchor>|out|std_logic|FULL received pulse signal|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#235">RETRY_PULSE_RX</linty-anchor>|out|std_logic|RETRY received pulse signal|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#238">ENABLE_INJ</linty-anchor>|in|std_logic|Enable injector command|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#239">DATA_TX_INJ</linty-anchor>|in|std_logic_vector ( 31 downto 00 )|Data parallel to be send from injector|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#240">CAPABILITY_TX_INJ</linty-anchor>|in|std_logic_vector ( 07 downto 00 )|Capability send on TX link in INIT3 control word from injector|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#241">NEW_DATA_TX_INJ</linty-anchor>|in|std_logic|Flag to write data in FIFO TX from injetor|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#242">VALID_K_CHARAC_TX_INJ</linty-anchor>|in|std_logic_vector ( 03 downto 00 )|K charachter valid in the 32-bit DATA_TX_INJ vector|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#243">FIFO_TX_FULL_INJ</linty-anchor>|out|std_logic|Flag full of the FIFO TX to the injector|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#244">LANE_RESET_INJ</linty-anchor>|in|std_logic|Lane Reset command from Injector|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#246">ENABLE_SPY</linty-anchor>|in|std_logic|Enable Spy read command|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#247">FIFO_RX_RD_EN_SPY</linty-anchor>|in|std_logic|FiFo RX read enable flag from the spy|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#248">DATA_RX_SPY</linty-anchor>|out|std_logic_vector ( 31 downto 00 )|32-bit Data parallel to be received to the spy|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#249">FIFO_RX_EMPTY_SPY</linty-anchor>|out|std_logic|FiFo RX empty flag to the spy|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#250">FIFO_RX_DATA_VALID_SPY</linty-anchor>|out|std_logic|FiFo RX data valid flag to the spy|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#251">VALID_K_CHARAC_RX_SPY</linty-anchor>|out|std_logic_vector ( 03 downto 00 )|4-bit valid K character flags to the spy|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#253">LANE_START</linty-anchor>|in|std_logic|Asserts or de-asserts LaneStart for the lane|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#254">AUTOSTART</linty-anchor>|in|std_logic|Asserts or de-asserts AutoStart for the lane|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#255">LANE_RESET</linty-anchor>|in|std_logic|Asserts or de-asserts LaneReset for the lane|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#256">PARALLEL_LOOPBACK_EN</linty-anchor>|in|std_logic|Enables or disables the parallel loopback for the lane|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#257">STANDBY_REASON</linty-anchor>|in|std_logic_vector ( 07 downto 00 )|In case of error, pauses communication|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#258">NEAR_END_SERIAL_LB_EN</linty-anchor>|in|std_logic|Enables or disables the near-end serial loopback for the lane|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#259">FAR_END_SERIAL_LB_EN</linty-anchor>|in|std_logic|Enables or disables the far-end serial loopback for the lane|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#260">LANE_STATE</linty-anchor>|out|std_logic_vector ( 03 downto 00 )|Indicates the current state of the Lane Initialization state machine in a lane|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#261">RX_ERROR_CNT</linty-anchor>|out|std_logic_vector ( 07 downto 00 )|Counter of error detected on the RX link|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#262">RX_ERROR_OVF</linty-anchor>|out|std_logic|Overflow flag of the RX_ERROR_CNT|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#263">LOSS_SIGNAL</linty-anchor>|out|std_logic|Set when no signal is received on RX link|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#264">FAR_END_CAPA</linty-anchor>|out|std_logic_vector ( 07 downto 00 )|RX Capabilities field (INT3 flags)|
|<linty-anchor href="//src/ip_spacefibre_light_top/spacefibre_light_top_ip.vhd#265">RX_POLARITY</linty-anchor>|out|std_logic|Set when the receiver polarity is inverted|


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