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TEXAS INSTRUMENTS CDCE913PERF-EVM Jupiter Pcb Evaluation Evm Evaluation/development Board

Cdce913perf-evm Texas Instruments Jupiter Evm Pcb Rev B Ti Evaluation/development Board

( Brand: Texas Instruments ), ( Manufacturer Part Number: CDCE913PERF-EVM ), ( Part Type: Board ), ( Pcb Type: Ti Evaluation/development Board )

Review TEXAS INSTRUMENTS Jupiter Evm Pcb Rev Ti Evaluation/development Board

The **Texas Instruments CDCE913PERF-EVM** is a high-performance evaluation and development board designed to accelerate the integration and testing of TI s **CDCE913**, a versatile, ultra-low-jitter, multi-phase clock generator with advanced synchronization and distribution capabilities. This board serves as an ideal platform for engineers and designers working on high-speed digital systems, FPGA-based applications, or precision timing solutions where clock integrity, phase alignment, and jitter performance are critical. Built around the CDCE913 s robust architecture, the **Jupiter EVM** provides a comprehensive suite of features, including programmable clock outputs, flexible input synchronization options, and configurable delay lines, all backed by TI s industry-leading clock generation technology. The board s modular design allows for seamless integration into existing systems, whether for prototyping, benchmarking, or troubleshooting clock-related challenges in applications such as high-speed serial interfaces (e.g., PCIe, SerDes, or DDR memory controllers), FPGA clock trees, or distributed timing networks. With its **low-jitter outputs** (as low as 0.1 ps RMS) and support for **multi-phase clocking**, the CDCE913PERF-EVM enables developers to optimize signal timing, reduce phase noise, and enhance system stability in demanding environments. The evaluation board also includes essential debugging and measurement tools, such as **on-board connectors for external clock sources, programmable logic for fine-tuning, and clear labeling for easy configuration**, making it a powerful yet user-friendly tool for clock system validation. Whether used for educational purposes, research, or production-level development, this board empowers engineers to push the boundaries of clock performance while simplifying the complexities of modern timing solutions.

The **Texas Instruments CDCE913PERF-EVM** (Jupiter EVM) is an evaluation and development board designed for evaluating the **CDCE913**, a high-performance, low-jitter, multi-phase clock generator with integrated voltage-controlled oscillators (VCOs) and phase-locked loops (PLLs). Below is a detailed breakdown of its pros and cons, followed by a conclusion and recommendation.

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### **Pros of the CDCE913PERF-EVM**

1. **High-Performance Clock Generation**

The board supports the CDCE913, a device optimized for low-jitter, high-frequency clock synthesis. It can generate multiple synchronized clock phases with minimal jitter, making it ideal for high-speed digital designs such as FPGAs, ASICs, and high-performance computing applications. The ability to produce multi-phase clocks (up to 8 phases) reduces switching noise and improves power efficiency in high-speed interfaces like DDR memory or PCIe.

2. **Flexible Frequency Ranges**

The CDCE913 supports a wide input frequency range (from 10 MHz to 200 MHz) and can output clocks up to 1 GHz with low jitter. This versatility allows users to adapt the board to various system requirements, including high-speed serial interfaces (SerDes), memory controllers, and FPGA clocking.

3. **Integrated Debug and Monitoring Features**

The EVM includes built-in test points, serial interfaces (UART), and LEDs for real-time monitoring of clock outputs, jitter performance, and device status. This simplifies debugging and verification during development, reducing the need for additional test equipment.

4. **Detailed Documentation and Software Support**

Texas Instruments provides comprehensive documentation, including schematics, user guides, and software tools (e.g., TI s **Clock Builder** software) to configure the PLL and VCO parameters. The EVM is also compatible with TI s **SimpleLink** ecosystem, which may offer additional utilities for clock characterization.

5. **Modular and Extensible Design**

The board is designed with test points and connectors that allow users to interface with external components, such as FPGAs or oscilloscopes, for further experimentation. This makes it suitable for both prototyping and educational purposes.

6. **Low Power Consumption**

The CDCE913 is designed with power efficiency in mind, which is critical for portable or battery-powered systems. The EVM allows users to evaluate the device s power performance under different load conditions.

7. **Support for Advanced Clocking Topologies**

The device supports features like **spread-spectrum clocking (SSC)**, **frequency division/multiplication**, and **clock delay compensation**, which are useful for reducing electromagnetic interference (EMI) and improving signal integrity in high-speed designs.

8. **Cost-Effective for Prototyping**

While the EVM itself is not the cheapest option, it eliminates the need for users to design and assemble their own clock generation circuit from scratch. This can save time and reduce the risk of errors during initial prototyping.

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### **Cons of the CDCE913PERF-EVM**

1. **High Initial Cost**

Evaluation boards from Texas Instruments, especially those targeting high-performance clocking, are relatively expensive. The **CDCE913PERF-EVM** may not be cost-effective for low-volume or hobbyist projects where only a single prototype is needed. Users may need to invest in additional tools (e.g., oscilloscopes, logic analyzers) to fully utilize the board s capabilities.

2. **Learning Curve for Advanced Features**

The CDCE913 supports complex clocking features like **jitter cancellation**, **frequency hopping**, and **multi-phase synchronization**, which require a deep understanding of PLL theory and digital clock management (DCM). Beginners or users unfamiliar with clock synthesis may find the configuration process challenging without adequate training or documentation.

3. **Limited Customization for Production**

The EVM is designed for evaluation and development, not mass production. Users planning to deploy the CDCE913 in a final product will need to design their own PCB, which may require additional effort to replicate the board s layout, power distribution, and signal integrity optimizations.

4. **Dependency on TI s Ecosystem**

The effectiveness of the EVM is tied to Texas Instruments software tools and support. If TI discontinues support for the device or its tools in the future, users may face compatibility issues or lack of updates for new features or bug fixes.

5. **Physical Size and Form Factor**

The EVM is a full-sized board with connectors, test points, and passive components, which may not be suitable for space-constrained applications. Users integrating the clock generator into a smaller form factor will need to redesign the layout.

6. **Power Supply Requirements**

The CDCE913 requires precise power supply conditions (e.g., stable voltage, low noise) to maintain low-jitter performance. The EVM may include onboard regulators, but users must ensure their power source meets the device s specifications, which could add complexity to the setup.

7. **Limited Stock Availability**

Like many TI evaluation boards, the **CDCE913PERF-EVM** may not always be in stock, leading to delays in procurement. Users should check TI s inventory or consider alternative suppliers.

8. **Potential Overkill for Simple Applications**

If a user s application only requires basic clock generation (e.g., a single low-jitter clock source without multi-phase or advanced features), the EVM may offer more functionality than needed, increasing unnecessary complexity and cost.

---

### **Conclusion**

The **Texas Instruments CDCE913PERF-EVM** is a powerful tool for developers and engineers working on high-speed digital designs that require precise, low-jitter, and multi-phase clock generation. Its strengths lie in its performance, flexibility, and support for advanced clocking features, making it ideal for applications such as FPGA clocking, memory interfaces, and high-performance computing. However, its high cost, complexity, and lack of suitability for mass production may limit its appeal to hobbyists, low-volume projects, or users with simpler clocking needs.

For users who require cutting-edge clock synthesis with minimal jitter and the ability to experiment with multi-phase clocks, the EVM is an excellent choice. Conversely, those with budget constraints or straightforward clocking requirements may find alternative solutions (e.g., simpler PLL ICs or FPGA-integrated clock managers) more appropriate.

---

### **Recommendation**

1. **For High-Speed Digital Designs (FPGAs, ASICs, DDR Memory, PCIe):**

The **CDCE913PERF-EVM** is highly recommended if you need low-jitter, multi-phase clock generation and are willing to invest in a robust evaluation platform. It is particularly valuable for teams that require precise clock synchronization and advanced features like SSC or frequency hopping.

2. **For Hobbyists or Low-Volume Projects:** Consider alternative clock generators with lower cost and simpler interfaces, such as:

- **TI s CDCE72000** (for lower-frequency, single-phase clocking).

- **Lattice Semiconductor s iMPACT tools** for FPGA-integrated clock managers.

- **Low-cost PLL ICs** like the **Si570** (for simple clock synthesis).

These options may not offer the same performance but can reduce upfront costs.

3. **For Production Deployment:**

If you plan to use the CDCE913 in a final product, evaluate the EVM thoroughly during prototyping and then design a custom PCB optimized for your specific application. Work closely with TI s design support to ensure signal integrity and power distribution are properly managed.

4. **For Educational Purposes:**

The EVM is a great choice for teaching advanced clock synthesis concepts, provided the user has access to supporting materials and tools to explain PLL theory and jitter characterization.

Ultimately, the **CDCE913PERF-EVM** is best suited for professional developers and engineers who prioritize performance and flexibility in clock generation. For other use cases, weigh the trade-offs carefully against alternative solutions.

Details:

Items are carefully packed using bubble wrap and closed cell foam when necessary. 6:30 AM - 5:00 PM MST. R2 V3 CERTIFICATION: F3: Key Functions Working, C4: Used Good. ITEM DETAILS: Item has been inspected prior to listing.

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NOT INCLUDED: Any accessories not pictured. Cables or adapters unless specified. Condition: condition: Used item with signs of normal wear from previous use. Please review all photos for cosmetic condition and included items.

Small/Light items ship USPS. Software or manuals unless specified.

part #: cdce913perf price

  • $79.99

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  • brand: Texas Instruments
  • mpn: Cdce913perf-evm
  • part type: Board
  • pcb type: Ti Evaluation/development Board

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