PCB Material Data For Rogers RO1200® XtremeSpeed Bondply

This datasheet is made available for informational purposes only. For more information, such as processing guidance and full range of material options, this page includes design guidance that can help you start a new PCB project. For specific processing documentation and additional information, please visit the manufacturer's website.

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How to Use Rogers RO1200® XtremeSpeed Bondply

The Rogers RO1200® XtremeSpeed Bondply is an advanced PCB material specifically designed for high-speed digital applications, making it ideal for systems operating at 56Gbps and 112Gbps. This ceramic-filled, non-glass reinforced PTFE bondply combines a low-loss resin system with high-performance rolled copper foil, providing an unmatched solution in terms of signal integrity and speed. The material is particularly well-suited for applications requiring tight impedance control and high reliability, such as core/edge IP routers, high-performance computing servers, and automated test equipment .

When building a PCB stackup using the RO1200® XtremeSpeed Bondply, consider the following technical specifications and features:

  • Dielectric constant of 2.99 and a dissipation factor of 0.0012 at 10 GHz, ensuring minimal signal loss and excellent electrical performance across the board .
  • Available in thickness options of 2.5, 3.0, 4.0, and 5.0 mils, allowing for flexibility in design and impedance matching by stacking plies to achieve the desired outcome .
  • Low coefficient of thermal expansion (CTE) of 29 ppm/°C across a wide temperature range from -55 °C to 288 °C, which contributes to outstanding thermal and mechanical stability under varying environmental conditions .

For engineers aiming to maximize the performance of their high-speed digital systems, using the RO1200® XtremeSpeed Bondply in conjunction with RO1200 laminate products is recommended. This combination ensures a homogeneous dielectric environment and optimal signal integrity. Additionally, the material's superior thermal properties and compatibility with lead-free processes make it a robust choice for demanding applications that require high reliability and durability .

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