The XC40200XV-07BG560C is a high-capacity, high-performance Field Programmable Gate Array (FPGA) from the Xilinx XC4000XV family. Featuring up to 500,000 system gates, 7,056 Configurable Logic Blocks (CLBs), and 448 user I/O pins in a 560-pin BGA package, this device is built for demanding digital design applications that require flexibility, density, and speed. Whether you are designing for telecommunications, industrial control, or embedded computing, the XC40200XV-07BG560C delivers the logic capacity and interconnect resources needed for complex, high-density implementations.
For engineers and procurement teams sourcing proven Xilinx FPGA solutions, this product page covers everything you need — from detailed electrical specifications and package information to application use cases and ordering guidance.
What Is the XC40200XV-07BG560C?
The XC40200XV-07BG560C is a member of the Xilinx XC4000XV Series, which represents an advanced extension of the well-established XC4000XLA family. The XV suffix denotes an architecture optimized for low-voltage operation, with additional interconnect resources and extended gate capacity compared to earlier XC4000 variants. This device is manufactured using a sub-micron multi-layer metal CMOS process, enabling the low internal voltage and high-speed switching performance that engineers rely on in modern logic design.
Part Number Breakdown
Understanding the part number helps engineers quickly identify key device characteristics:
| Code Segment |
Meaning |
| XC |
Xilinx device prefix |
| 40200 |
Device series (XC4000 family, ~200,000 equivalent gates) |
| XV |
XC4000XV sub-family (low-voltage, extended gate capacity) |
| -07 |
Speed grade (-07, where lower = faster) |
| BG |
Ball Grid Array (BGA) package type |
| 560 |
Pin count (560 balls) |
| C |
Commercial temperature range (0°C to +85°C) |
XC40200XV-07BG560C Key Specifications
The table below summarizes the most critical electrical and physical characteristics of the XC40200XV-07BG560C as derived from the Xilinx XC4000XLA/XV datasheet (DS015).
General Specifications
| Parameter |
Value |
| Manufacturer |
Xilinx (now AMD) |
| Series |
XC4000XV |
| Part Number |
XC40200XV-07BG560C |
| Device Type |
FPGA (Field Programmable Gate Array) |
| Technology |
SRAM-based, sub-micron multi-layer CMOS |
| Typical Gate Range |
Up to 500,000 system gates |
| CLB Array |
84 × 84 = 7,056 CLBs |
| Speed Grade |
-07 |
| Temperature Range |
Commercial: 0°C to +85°C (T_J) |
| Mounting Type |
Surface Mount |
| Package |
560-Ball BGA (BG560) |
| RoHS Status |
Confirm with supplier |
Power Supply Requirements
| Supply Rail |
Voltage |
| VCCINT (Internal Logic) |
2.5V |
| VCCO (I/O Power) |
3.3V |
| I/O Compatibility |
5V tolerant (via 3.3V VCCO) |
The XC40200XV requires two separate power supply rails. The 2.5V internal supply (VCCINT) powers the core logic fabric, while the 3.3V I/O supply (VCCO) enables compatibility with 5V TTL and CMOS systems — a crucial feature for integration into legacy and mixed-voltage board environments.
I/O and Package Information
| Parameter |
Value |
| Package Type |
BG560 (560-pin Ball Grid Array) |
| Total Package Pins |
560 |
| User I/O Pins |
448 |
| VCCINT Dedicated Pins |
16 (allocated from 560-pin ball count) |
| Global Clock Inputs |
8 (4 primary, 4 secondary) |
XC40200XV Architecture: Inside the XC4000XV FPGA
Configurable Logic Blocks (CLBs)
At the heart of the XC40200XV-07BG560C is an 84×84 array of 7,056 Configurable Logic Blocks. Each CLB in the XC4000XV family contains:
- Two 4-input LUTs (F and G function generators), usable as 16×2-bit or 32×1-bit distributed RAM
- One 3-input LUT (H function generator) that can combine F and G outputs, enabling efficient 5-input LUT implementations
- Two flip-flops with independent clock enable and asynchronous set/reset
- Fast carry chain logic for arithmetic-intensive designs such as adders and counters
- Direct connect routing between adjacent CLBs for high-speed local paths
This CLB structure gives designers exceptional flexibility, allowing a single block to implement complex combinational logic, registered logic, or distributed memory — all without consuming additional routing resources.
Input/Output Blocks (IOBs)
The XC40200XV-07BG560C provides 448 user-accessible I/O pins in the BG560 package. Each IOB includes:
- Programmable input and output registers (flip-flops or latches)
- Separate clock inputs for input and output registers
- Programmable pull-up and pull-down resistors
- Slew rate control (fast or slow) for EMI management
- 5V-tolerant input thresholds via the 3.3V VCCO supply
Interconnect and Routing Resources
The XC4000XV family introduces additional interconnect resources compared to the XLA variant, helping designers close timing on high-fanout nets and complex routing scenarios:
| Routing Resource |
Description |
| Single-Length Lines |
Connect adjacent switching matrices for maximum flexibility |
| Double-Length Lines |
Bypass every other matrix for faster intermediate routing |
| Long Lines |
Span the full device width/height for global signal distribution |
| FastCLK Buffers |
Provide < 1.5 ns clock delay to IOBs within an octant |
| Global Clock Buffers |
8 total (4 primary + 4 secondary) for low-skew clock distribution |
Clock Management
The XC40200XV-07BG560C supports up to 8 global clock networks, enabling complex multi-clock designs with minimal skew. FastCLK buffers on the left and right die edges deliver sub-1.5 ns clock delays to IOBs within their respective clock octant — critical for high-speed registered I/O designs.
Speed Grade -07: What It Means
The -07 speed grade is one of the faster grades available in the XC4000XV family, offering:
- Lower propagation delays through CLBs and interconnect
- Higher maximum clock frequency for registered paths
- Suitable for applications where timing closure at high clock rates is required
Speed grade numbering in the XC4000XV follows the convention where a lower number indicates better (faster) performance. The -07 grade balances performance with commercial availability, making it a practical choice for high-speed digital logic applications.
Configuration Modes
The XC40200XV-07BG560C supports multiple industry-standard configuration methods, giving designers flexibility in how bitstreams are loaded at power-up or during field updates:
| Configuration Mode |
Description |
| Master Serial |
FPGA drives CCLK; reads from serial PROM |
| Slave Serial |
External source provides CCLK and data |
| Slave Parallel |
Fastest configuration; byte-wide data input |
| Master Parallel (Byte-Wide) |
FPGA drives CCLK; reads from byte-wide PROM |
| Peripheral/Microprocessor |
System processor controls configuration |
| JTAG (IEEE 1149.1) |
Boundary-scan programming and testing |
The internal oscillator (nominal 8 MHz) sources the CCLK in Master modes. In Slave Parallel mode, configuration throughput is maximized and is the preferred method for systems requiring fast power-up times.
Boundary Scan and JTAG Support
The XC40200XV-07BG560C fully implements IEEE 1149.1 Boundary Scan (JTAG), including:
- 16-state JTAG state machine
- Instruction register and multiple data registers
- IDCODE register for daisy-chain identification
- Full boundary-scan data register covering all IOB pins
- BSDL (Boundary Scan Description Language) file support
JTAG enables board-level in-circuit testing and simplifies manufacturing test coverage for complex multi-FPGA boards.
Applications for the XC40200XV-07BG560C
With 7,056 CLBs and up to 500,000 system gates in a 560-pin BGA footprint, the XC40200XV-07BG560C is well-suited for a wide range of complex digital design tasks:
| Application Area |
Use Case Examples |
| Telecommunications |
Protocol processing, framing, FIFOs, channel multiplexing |
| Industrial Control |
Motor drive control, safety logic, fieldbus interfaces |
| Embedded Computing |
Coprocessor fabrics, memory controllers, bus bridges |
| Digital Signal Processing |
FIR/IIR filter implementations, FFT stages |
| Test & Measurement |
Pattern generators, logic analyzers, ATE interfaces |
| Aerospace & Defense |
Radiation-hardened design alternatives, fault-tolerant logic |
| Networking Equipment |
Packet processing, look-up tables, switch fabric control |
| ASIC Prototyping |
Pre-production logic verification and emulation |
Comparison: XC40200XV vs. Related XC4000XV Devices
The table below positions the XC40200XV-07BG560C relative to nearby devices in the XC4000XV family to help engineers select the right gate density for their design:
| Part Number |
CLB Array |
CLBs |
Max I/O (BG560) |
Gate Capacity |
| XC40150XV |
76×76 |
5,776 |
448 |
~375,000 |
| XC40200XV |
84×84 |
7,056 |
448 |
~500,000 |
| XC40250XV |
92×92 |
8,464 |
448 |
~500,000+ |
The XC40200XV occupies the mid-to-high capacity tier within the XV sub-family, making it a practical choice when maximum gate density is needed without moving to a larger package.
Ordering Information
| Parameter |
Detail |
| Full Part Number |
XC40200XV-07BG560C |
| Manufacturer |
Xilinx Inc. (now AMD) |
| Manufacturer Part Number |
XC40200XV-07BG560C |
| Product Status |
Obsolete / Last-Time-Buy (confirm with distributor) |
| Package |
560-Ball BGA, Surface Mount |
| Speed Grade |
-07 |
| Temperature Grade |
Commercial (C): 0°C to +85°C |
| Lead Finish |
Confirm with supplier (SnPb or Pb-free) |
Note: The XC4000XV series has been classified as obsolete by AMD/Xilinx. Buyers are advised to verify stock availability through authorized distributors and to evaluate migration paths to current-generation Xilinx 7 Series or Spartan-7 FPGAs for new designs.
Why Choose the XC40200XV-07BG560C?
For legacy system maintenance, ASIC re-hosting, or applications where this proven device is already designed in, the XC40200XV-07BG560C offers:
- Large logic capacity — 7,056 CLBs provide substantial design room for complex state machines, datapaths, and embedded memory
- Mixed-voltage flexibility — 2.5V core and 3.3V I/O with 5V compatibility bridges old and new system interfaces
- Rich I/O count — 448 user I/O pins support wide parallel buses and multi-interface designs
- Proven architecture — The XC4000 family has decades of real-world deployment across industrial, telecom, and defense systems
- Multiple configuration modes — Full JTAG support and multiple serial/parallel programming options simplify system integration
Frequently Asked Questions (FAQ)
Q: What is the internal supply voltage for the XC40200XV-07BG560C?
A: The device requires a 2.5V VCCINT supply for internal logic and a separate 3.3V VCCO supply for I/O buffers.
Q: How many user I/O pins does the XC40200XV-07BG560C have in the BG560 package?
A: The BG560 package provides 448 user I/O pins. Of the 560 total package balls, 16 are allocated to VCCINT power supply connections.
Q: Is the XC40200XV-07BG560C still in production?
A: The XC4000XV family has been declared obsolete by AMD/Xilinx. Availability is dependent on distributor stock and authorized last-time-buy channels.
Q: What is the equivalent gate count of the XC40200XV?
A: The XC4000XV series supports up to 500,000 system gates. The “200” in the part number corresponds to approximately 200,000 equivalent gates at a nominal logic utilization.
Q: Is the XC40200XV-07BG560C compatible with XC4000XLA bitstreams?
A: No. XC4000XV devices are not bitstream-compatible with XC4000XLA or earlier XC4000 devices, even at equivalent array sizes. A recompile using Xilinx Foundation or ISE tools targeting the XV family is required.
Q: What tools are used to program the XC40200XV-07BG560C?
A: The device is supported by legacy Xilinx design tools including Xilinx Foundation Series and Xilinx ISE (through older versions). JTAG programming via a compatible download cable and the iMPACT software tool is supported.
