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XC6SLX16-1CSG324I

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XC6SLX16-1CSG324I
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Part Number XC6SLX16-1CSG324I
Manufacturer / Brand
Stock Quantity 5681 pcs Stock
Category Integrated Circuits (ICs) > Specialized ICs
Description
Lead Free Status / RoHS Status: RoHS Compliant
RFQ XC6SLX16-1CSG324I Datasheets XC6SLX16-1CSG324I Details PDF
XC6SLX16-1CSG324I Details PDF for FR.pdf
XC6SLX16-1CSG324I Details PDF for KR.pdf
XC6SLX16-1CSG324I Details PDF for DE.pdf
XC6SLX16-1CSG324I Details PDF for IT.pdf
XC6SLX16-1CSG324I Details PDF for ES.pdf
Condition New Original Stock
Warranty 100% Perfect Functions
Lead Time 2-3days after payment.
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Packaging & ESD

Industry-standard static shielding packaging is used for electronic components.Anti-static, light-transparent materials allow easy identification of ICs and PCB assemblies.
The packaging structure provides electrostatic protection based on Faraday cage principles.This helps protect sensitive components from static discharge during handling and transportation.


All products are packed in ESD-safe anti-static packaging. Outer packaging labels include part number, brand, and quantity for clear identification. Goods are inspected prior to shipment to ensure proper condition and authenticity.

ESD protection is maintained throughout packing, handling, and global transportation. Secure packaging provides reliable sealing and resistance during transit. Additional cushioning materials are applied when required to protect sensitive components.

QC(Part Testing by IC Components)Quality Warranty

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Shipment charges: (Reference DHL and FedEX)
Weight(KG): 0.00kg-1.00kg Price(USD$) : USD$60.00
Weight(KG): 1.00kg-2.00kg Price(USD$) : USD$80.00
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XC6SLX16-1CSG324I Product Details:

The XC6SLX16-1CSG324I is a specialized integrated circuit (IC) from Xilinx, specifically part of the Spartan-6 Low Power FPGA family. This device is designed to provide robust, flexible programmable logic solutions for a wide range of electronic design applications.

As a low-power field-programmable gate array (FPGA), the XC6SLX16-1CSG324I offers engineers and designers a highly adaptable semiconductor chip that can be reconfigured after manufacturing to implement complex digital circuits. Its architecture enables rapid prototyping and customization across multiple industries, including telecommunications, industrial automation, automotive electronics, and embedded systems.

The chip features a compact form factor with a 324-pin chip-scale package (CSG324), which allows for dense, space-efficient circuit designs. Its low power consumption makes it particularly suitable for battery-powered and energy-sensitive applications where thermal management and power efficiency are critical considerations.

Key technical capabilities include substantial logic resources, configurable I/O interfaces, and high-speed signal processing potential. The device supports advanced design methodologies, enabling complex digital signal processing, control system implementations, and sophisticated algorithmic processing.

Primary advantages include flexible hardware configuration, high performance-to-power ratio, relatively low cost compared to custom ASIC solutions, and quick time-to-market capabilities. Its programmable nature allows for post-manufacturing design modifications without requiring complete hardware redesigns.

Potential equivalent or alternative models in the Spartan-6 family include the XC6SLX9, XC6SLX25, and XC6SLX45, which offer varying levels of logic capacity and performance characteristics. These models provide similar architectural features with scalable resources to match different project requirements.

The XC6SLX16-1CSG324I is well-suited for applications demanding reliable, adaptable digital logic solutions, such as digital communication systems, industrial control mechanisms, scientific instrumentation, and embedded computing platforms.

XC6SLX16-1CSG324I Key Technical Attributes

Model XC6SLX16-1CSG324I is a high-performance FPGA from the Xilinx Spartan-6 family designed for advanced digital signal processing and complex logic implementations. It features a capacity of up to 16,000 logic cells and supports a maximum operating frequency suited for high-speed applications. The device is built on a 45nm low-power process technology, ensuring efficient performance with minimized power consumption. The chip integrates multiple configurable logic blocks, DSP slices, and block RAM, enabling flexible and scalable hardware design.

XC6SLX16-1CSG324I Packing Size

The XC6SLX16-1CSG324I comes in a CSG324 package, a compact and robust surface-mount form factor. This packaging type utilizes a 324-pin grid array layout which ensures excellent signal integrity and thermal conductivity. It is constructed from high-quality, thermally optimized plastic to provide reliable mechanical protection and heat dissipation. The pin configuration supports multiple I/O standards and differential signaling, enhancing versatility in system integration. The package complies with RoHS standards, reflecting its environmentally friendly materials.

XC6SLX16-1CSG324I Application

This Spartan-6 FPGA model is widely applicable in telecommunications, industrial automation, automotive systems, and consumer electronics. It is particularly suitable for custom logic development, embedded system design, high-speed data acquisition, and prototyping complex algorithms in communication infrastructure and control systems. The device's native support for clock management and multi-gigabit transceivers make it ideal for high data throughput and precision timing applications.

XC6SLX16-1CSG324I Features

The XC6SLX16-1CSG324I boasts an array of innovative features including a high logic density optimized for low power consumption and enhanced speed. It integrates dedicated DSP blocks that accelerate signal processing tasks such as filtering, encoding, and modulation. The device offers flexible clock management through multiple PLLs allowing fine control over clock domains and phase adjustments. Its programmable I/Os support a variety of voltage standards and provide built-in protection against electrostatic discharge (ESD). Built-in block RAM facilitates efficient on-chip storage necessary for buffering and temporary data holding. The FPGA supports partial reconfiguration enabling dynamic modification of functionality without powering down the entire system, thus increasing operational flexibility. Additional features include advanced debugging support with Integrated Logic Analyzers (ILAs) and embedded configuration memory for fast start-up.

XC6SLX16-1CSG324I Quality and Safety Features

This FPGA model is manufactured under strict quality control protocols complying with international semiconductor standards, guaranteeing device reliability and longevity. It is fully tested for electrical performance, thermal stability, and mechanical integrity. The product is qualified for industrial-grade temperature ranges ensuring dependable operation under harsh environmental conditions. Safety features include built-in voltage and current regulation to protect against abnormal operational conditions. The device is compliant with global environmental and safety regulations such as RoHS and REACH, highlighting its commitment to safety and sustainability.

XC6SLX16-1CSG324I Compatibility

The XC6SLX16-1CSG324I is designed to be compatible with a broad spectrum of development tools including Xilinx Vivado and ISE Design Suite. It seamlessly integrates with standard hardware interfaces and supports industry-standard programming and debugging protocols. The device is compatible with various board-level components, allowing flexible deployment within complex electronic systems. Its architectural consistency with the Spartan-6 family facilitates migration and upgrade paths, minimizing redesign efforts for existing projects.

XC6SLX16-1CSG324I Datasheet PDF

For detailed technical specifications, schematic diagrams, and comprehensive performance data, customers are highly encouraged to download the most authoritative and up-to-date datasheet available on our website. Our platform ensures you access the latest documents that fully cover all aspects of the XC6SLX16-1CSG324I, helping you design and implement your projects with confidence. Please visit the current product page to obtain the official datasheet PDF directly.

Quality Distributor

IC-Components is proud to be a premium and trusted distributor for Xilinx FPGAs including the XC6SLX16-1CSG324I. We provide genuine products sourced directly from the manufacturer, ensuring authenticity and reliability. Customers seeking competitive pricing, timely delivery, and dedicated service are invited to request a quote through our website. By choosing IC-Components, you are partnering with a supplier committed to excellence and your success in deploying cutting-edge integrated circuits.

Frequently Asked Questions

What are the key power supply and I/O voltage compatibility considerations when integrating the XC6SLX16-1CSG324I into a mixed-voltage system design?
The XC6SLX16-1CSG324I requires a core voltage of 1.2V (±5%) and supports multiple I/O bank standards (e.g., LVCMOS, LVTTL, LVDS) with bank-specific supply voltages ranging from 1.2V to 3.3V. Careful attention must be paid to bank voltage assignments during pin planning, as incorrect VCCO settings can damage I/O pins or cause logic level mismatches. Use the Xilinx Power Estimator tool to validate power sequencing and decoupling requirements, especially when interfacing with 5V-tolerant inputs—note that while some I/O banks support limited 5V tolerance, sustained exposure without proper level shifting violates reliability specifications.
Can the XC6SLX16-1CSG324I be used in industrial temperature environments, and what derating or layout precautions are necessary for long-term reliability?
Yes, the XC6SLX16-1CSG324I is rated for the industrial temperature range (–40°C to +100°C junction temperature). However, sustained operation near the upper limit requires adequate thermal management: ensure sufficient copper pour under the package, avoid dense component placement around the FPGA, and maintain airflow if enclosed. Additionally, clock jitter and signal integrity degrade at elevated temperatures—use controlled-impedance routing for high-speed traces and consider margin testing at temperature extremes during validation.
What are the critical configuration method trade-offs when selecting between Master SPI, Slave SelectMAP, and JTAG for the XC6SLX16-1CSG324I in field-upgradable applications?
Master SPI allows autonomous boot from non-volatile memory and is ideal for remote firmware updates, but requires careful management of flash timing and hold-time margins. Slave SelectMAP offers higher configuration bandwidth and is suitable for multi-FPGA systems or processor-driven loading, yet demands precise control signal synchronization. JTAG is best reserved for debug and prototyping due to slower speed and lack of standalone operation. For field-upgradable designs using the XC6SLX16-1CSG324I, Master SPI with dual-bank flash (for fail-safe recovery) is often preferred, though it increases BOM complexity.
Is the XC6SLX16-1CSG324I a drop-in replacement for the XC6SLX9 in existing PCB layouts, and what design changes might be required?
No, the XC6SLX16-1CSG324I is not a pin-for-pin replacement for the XC6SLX9, even though both use the CSG324 package. The XC6SLX16 has more I/O pins, different bank arrangements, and additional global clock resources, which may require PCB rerouting. Furthermore, the power distribution network must be re-evaluated due to higher dynamic current demands. Always cross-reference the pinout diagrams and update constraint files (UCF/XDC) to reflect the XC6SLX16-1CSG324I’s architecture before migration.
How does clocking architecture in the XC6SLX16-1CSG324I impact high-reliability industrial control systems requiring low-jitter synchronization?
The XC6SLX16-1CSG324I features two DCMs (Digital Clock Managers) and four PLLs per device, enabling flexible clock synthesis and deskewing. For low-jitter applications, route dedicated global clock inputs (e.g., MRCC/SRCC pins) directly to minimize skew, and avoid using general-purpose I/O for clock distribution. When synchronizing multiple devices, use the BUFGMUX primitives for clean clock switching and validate phase alignment via ChipScope or equivalent logic analyzer. Note that DCMs introduce deterministic jitter—factor this into your timing budget for precision timing loops.
What are the risks of using the XC6SLX16-1CSG324I in safety-critical systems, and how can functional safety compliance be addressed?
The XC6SLX16-1CSG324I is not certified for functional safety standards (e.g., ISO 26262, IEC 61508) out of the box. Use in safety-critical applications requires extensive fault injection testing, redundancy implementation (e.g., TMR—Triple Modular Redundancy), and rigorous verification of configuration memory integrity against SEUs (Single Event Upsets). Consider external watchdog circuits and periodic readback of the configuration bitstream to detect latent faults. Xilinx provides reliability reports, but end-system certification remains the designer’s responsibility.
Can the XC6SLX16-1CSG324I interface reliably with 1.8V DDR2 memory, and what termination and timing constraints apply?
Yes, the XC6SLX16-1CSG324I supports 1.8V SSTL I/O standards compatible with DDR2. However, you must assign the DDR2 interface to a bank powered at 1.8V (VCCO = 1.8V) and implement on-die termination (ODT) via the FPGA’s built-in features. Use the Xilinx Memory Interface Generator (MIG) to generate accurate timing constraints and PCB layout guidelines, including length-matching (±50 mil tolerance) and impedance control (typically 50Ω single-ended). Failure to adhere to these constraints may result in data corruption during high-speed bursts.
What alternatives exist if the XC6SLX16-1CSG324I becomes obsolete, and how do pin-compatible Spartan-7 or Artix-7 options compare in terms of migration effort?
If the XC6SLX16-1CSG324I reaches end-of-life, consider migrating to the XC7S15 (Spartan-7) or XC7A15T (Artix-7) in the same CSG324 package. While not direct drop-ins, these devices offer improved power efficiency, enhanced DSP blocks, and better toolchain support. Migration requires HDL code adaptation (due to architectural differences in CLBs and routing), updated constraints, and potential PCB modifications for power delivery. The Artix-7 variant also supports higher-speed transceivers, but verify that your design doesn’t rely on Spartan-6-specific primitives like DCM_CLKGEN, which have no exact equivalent.
How should decoupling capacitors be placed and sized for the XC6SLX16-1CSG324I to ensure stable operation under dynamic load conditions?
The XC6SLX16-1CSG324I requires a multi-stage decoupling strategy: use 10µF bulk capacitors near the power entry point, 0.1µF ceramic capacitors on every VCCINT/VCCAUX/VCCO pin pair, and 1nF capacitors for high-frequency noise suppression on core supplies. Place decoupling caps as close as possible to the package pads (<5 mm trace length) with minimal via inductance. Follow Xilinx UG386 guidelines for capacitor placement symmetry across banks to prevent ground bounce during simultaneous switching output (SSO) events.
Under what conditions should the XC6SLX16-1CSG324I be avoided in favor of a higher-density FPGA, despite its cost advantage?
Avoid the XC6SLX16-1CSG324I in designs requiring more than 14,579 logic cells, extensive DSP slices (>32), or high-speed serial transceivers—its architecture lacks GTX/SERDES blocks. It is also unsuitable for applications demanding >80% LUT utilization with complex state machines, as routing congestion may prevent timing closure. For such cases, consider upgrading to the XC6SLX25 or migrating to a 7-series device. Conversely, if your design fits within its resource envelope and doesn’t need advanced features, the XC6SLX16-1CSG324I remains a robust, cost-effective solution for industrial control, motor drives, and protocol bridging.

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