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XCV300E-6PQ240C from XILINX

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XCV300E-6PQ240C

Manufacturer: XILINX

Virtex-E 1.8V field programmable gate array.

Partnumber Manufacturer Quantity Availability
XCV300E-6PQ240C,XCV300E6PQ240C XILINX 87 In Stock

Description and Introduction

Virtex-E 1.8V field programmable gate array. The **XCV300E-6PQ240C** is a member of the **Virtex-E** FPGA family manufactured by **Xilinx**. Below are its specifications, descriptions, and features based on factual information:

### **Specifications:**
- **Manufacturer:** Xilinx  
- **Family:** Virtex-E  
- **Device:** XCV300E  
- **Speed Grade:** -6  
- **Package:** PQ240 (Plastic Quad Flat Pack, 240 pins)  
- **Operating Temperature:** Commercial (0°C to +85°C)  
- **Logic Cells:** ~300,000 system gates  
- **CLB (Configurable Logic Blocks):** 1,536  
- **Flip-Flops:** 6,144  
- **Maximum User I/Os:** 180  
- **Block RAM:** 72 Kbits  
- **Dedicated Multipliers:** None (Virtex-E does not include DSP blocks)  
- **Core Voltage:** 1.8V  
- **I/O Voltage:** 3.3V (5V tolerant with restrictions)  

### **Descriptions:**
- The **XCV300E-6PQ240C** is a **Field-Programmable Gate Array (FPGA)** designed for high-performance digital logic applications.  
- It belongs to the **Virtex-E** series, which was Xilinx's advanced FPGA family before the Virtex-II generation.  
- The device is optimized for **high-speed designs** with features like **distributed and block RAM**, **flexible I/O standards**, and **low-power operation**.  
- The **PQ240 package** provides a balance between pin count and footprint for mid-range applications.  

### **Features:**
1. **High-Density Programmable Logic:**  
   - Supports complex digital designs with up to **300K system gates**.  
   - Features **1,536 CLBs**, each containing two slices for logic implementation.  

2. **Memory Resources:**  
   - **72 Kbits of block RAM** (organized as 32 x 2K-bit blocks).  
   - Distributed RAM for small, fast memory needs.  

3. **Flexible I/O Support:**  
   - Up to **180 user I/O pins**.  
   - Supports multiple I/O standards, including **LVTTL, LVCMOS, PCI, and GTL/GTL+**.  
   - **5V tolerance** on select pins (with appropriate termination).  

4. **Clock Management:**  
   - Dedicated **Delay-Locked Loops (DLLs)** for precise clock control.  
   - Low-skew global clock distribution.  

5. **Configuration Options:**  
   - Supports **JTAG, Slave Serial, Master Serial, and SelectMAP** configuration modes.  
   - SRAM-based, requiring external configuration storage.  

6. **Low-Power Operation:**  
   - **1.8V core voltage** for reduced power consumption.  
   - Optimized for performance-per-watt efficiency.  

7. **PQ240 Package:**  
   - **240-pin plastic quad flat pack (PQFP)**.  
   - Suitable for space-constrained applications.  

This FPGA is commonly used in **telecommunications, networking, industrial control, and high-speed data processing** applications.  

(Note: All details are based on Xilinx's official datasheets for the Virtex-E family.)

Application Scenarios & Design Considerations

Virtex-E 1.8V field programmable gate array.

Alternative Part Number

  • XC2V3000-6FG676C --: Virtex-II series with comparable 3M-gate density and speed grade, suitable as a functional upgrade path when the Virtex-E device is unavailable.
  • XC3S1500-6FG676C --: Spartan-3 family offers similar logic capacity and 240-plus user I/O in a different series, often used as a cost-effective replacement for legacy Virtex-E designs.
  • EP1S30F780C6 --: Competing FPGA with comparable logic density and I/O count, usable as a cross-vendor alternative when a full redesign of the board is acceptable.
  • XC2V3000-4FG676C --: Virtex-II family device with comparable logic density and speed grade, often used as a migration path for older Virtex-E designs.
  • XC3S1500-4FG676C --: Spartan-3 FPGA with similar gate count and lower cost, suitable replacement when the design can be re-targeted to a newer process node.
  • EP1S20F672C6 --: Competing FPGA from Altera with comparable logic capacity and package size, usable as a cross-vendor alternative after design porting.

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