Innosilicon INNOLINK™ IP 提供領先的小芯片Chiplet IP解決方案,允許大量低延遲數據在較小的芯片之間無縫傳輸,就好像它們都在同一條總線上一樣。小芯片被定義為構成大型芯片的獨立功能塊,在這個(gè)異構集成新時代實現性能和(hé)效率提升的關(guān)鍵。基于此,Innosilicon 推出了 INNOLINK™ Chiplet解決方案,為數據中(zhōng)心、網絡、5G、HPC 和(hé) AI 應用程序提供裸片到裸片 (D2D)、芯片到芯片 (C2C)、闆到闆 (B2B)、以及封裝到封裝(P2P)高效能的連接。
與當今可(kě)用的其他接口相比,Innosilicon INNOLINK™ IP 旨在以更低的功率和(hé)更小的面積預算最大限度地提高裸片/芯片/闆/封裝之間的帶寬。通(tōng)過提供三種互連選項 (A/B/C),INNOLINK™ IP 可(kě)以通(tōng)過易于使用的系統界面根據客戶的不同要求進行定制。它的架構具有高度可(kě)編程性和(hé)靈活性,最高可(kě)實現高達 3.4Tbps/mm2 帶寬效率密度,同時保持信号完整性和(hé)低延遲。在您的系統中(zhōng)采用 INNOLINK™ IP 肯定會使高性能計算 ASIC/FPGA 受益,例如(rú) CPU、GPU、AI 加速器(qì)等等。
Innosilicon INNOLINK™ IP provides a leading-edge chiplet solution allowing massive amounts of low-latency data to pass seamlessly between smaller chips as if they were all on the same bus. Chiplets, defined as independent functional blocks making up a large chip, are pivotal in this new era of heterogeneous integration to achieve performance and efficiency gains. Based on this, Innosilicon launches the INNOLINK™ chiplet solution as a critical enabler of the power- and cost-efficient die-to-die (D2D), chip-to-chip (C2C), board-to-board (B2B) and package-to-package (P2P) connectivity for data center, networking, 5G, HPC and AI applications.
Innosilicon INNOLINK™ IP is designed to maximize bandwidth between dies / chips / boards / packages, compared to other interfaces available today, at lower power and smaller area budgets. By offering three interconnect options (A/B/C), INNOLINK™ IP can be tailored to customer’s different requirements with an easy-to-use system interface. It is architected for high programmability and flexibility, Maximum bandwidth efficiency up to 3.4Tbps/mm2 while maintaining signal integrity and low latency. Adopting the INNOLINK™ IP in your system will definitely benefit high performance computing ASICs/FPGAs, such as CPU, GPU, AI accelerator, and much more.
Meets the performance, efficiency and reliability requirements of C2C/P2P interconnects
Already silicon proven
Delivers up to 24Gbps/pin
Single-ended DDR
Burst data
Forward clock
Low latency, Low power mode
Supports both Flip-chip and Silicon interposer
Software-defined IO direction and signal swap
Supports C4 Bump pitch of 100um~180um
Power efficiency of 0.7~1.1pJ/bit
Area efficiency of 0.4~1.0Tbps/mm2
Meets the performance, efficiency and reliability requirements of B2B/C2C interconnects
Already silicon proven
Delivers 56Gbps/pair with -36dB insertion loss
Leverages high-speed long reach SerDes
Differential signal
CDR based Rx
Optimized latency
Scalable to 4/8/16/32/64/128 lanes
PHY-independent training
Low power mode
Power efficiency of 1.8pJ/bit
Area efficiency 0.4Tbps/mm2
Meets the performance, efficiency and reliability requirements of D2D interconnects
Already silicon proven
Delivers 24Gbps/pin, per bit training
Single-ended DDR
Burst data, Low latency
App D2D, 2.5D/3D chiplet
Optimized for silicon interposer
Ultra low power, no CDR, no data package head
0.4V IO voltage
Software-defined IO direction and signal swap
Supports bits redundant and lane repair
Micro Bump pitch of 40um~80um
Power efficiency of 0.45pJ/bit
Area efficiency up to 3.4Tbps/mm2
Available in any 40nm or below technology nodes
Significantly lower cost, shorter time to market, lower supply risks for OEMs and simpler architectural partitioning than the monolithic silicon integration
Offers leading performance, power, and area per terabit
Flexible configuration with support for silicon interposer, package substrate and PCB options
Customizable synthesis for any FPGAs and ASICs
Full support from IP delivery to production
High performance computing (HPC) applications
Next-generation data center
Networking
5G communication
Artificial intelligence / machine learning (AI/ML) applications