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1、Enabling Next-Gen Chiplets:UCIe Routing and SI on 8-Metal Silicon InterposerAlphawave SemiChiplet Summit 2026Mohammed Amaan ArabNirmal KshetrapalanAlphawave Semi A Leader in Chiplet Connectivity2Enabling the Industrys First 64 Gbps UCIe IPThe AresCORE PHY IP is a market leading extremely low-power,l

2、ow-latency Universal Chiplet Interconnect Express(UCIeTM)interface IP designed by Alphawave SemiAresCORE can be configured to support advanced packaging such as Chip-on-Wafer-on-Substrate(CoWoS)and Integrated-Fan-Out(InFO)for maximum density,and standard packages such as Organic Substrates for the m

3、ost cost-effective solution covering all market segmentsStrong in-house interposer design expertise,delivering high-density,SI-clean routing architectures that seamlessly enable next-generation chiplet integration for UCIe and HBM with performance,scalability,and manufacturability in mindIndustrys F

4、irst 3nm UCIe IP with CoWoS PackagingOutlineIntroduction&MotivationTechnology&Protocol Interposer Design PlanningUCIe-A routing methodologySignal Integrity for UCIe-AKey Takeaways&Future Scope3The Drive for Multi-Die PackagingYield/Reticle Limit ChallengePerformance and BandwidthHeterogeneous Integr

5、ationChiplets help to extend Moores law by enabling a higher level of integration at the package level 42.5D Advanced Packaging/InterposerAdd-on component between laminated substrate and top dies which provides low loss interconnects and supports fine-pitch bumps5Types of 2.5D InterposersChiplet int

6、egration broadly relies on variant of 3 primary Interposer technologies 6Si InterposerRDL InterposerLSI InterposerSource:Si Interposer with 8 Metals Stack-upPros:Higher number of dedicated layers for signal,power,and shieldingImproved return-path control and impedance consistencyRouting flexibility

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1. **UCIe IP与封装技术**:Alphawave Semi推出业界首款64 Gbps UCIe IP(AresCORE),支持3nm工艺及CoWoS/InFO等先进封装,覆盖高密度与低成本市场。 2. **硅中介层优势**:8金属层堆叠设计,提供专用信号/电源/屏蔽层,优化阻抗控制和SI性能,但成本较高。 3. **D2D接口对比**:UCIe支持4-64 Gbps、<10mm reach,边缘密度达10 Tbps/mm,优于BoW(1.6 Tbps/mm)和AIB(1.6 Tbps/mm)。 4. **SI/PI关键设计**:主带信号需严格阻抗/长度匹配,侧带信号可放宽规则;通过C4 bump、TSV和专用电源平面保障信号完整性,眼图满足40mV高度/0.75UI宽度要求。 5. **未来方向**:向更高带宽密度演进,结合信号/电源/热协同优化,提升芯片集成性能与可制造性。
**UCIe如何提升性能?** **芯片互联有何挑战?** **未来芯片设计趋势?**
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