PDF 原檔：報告_OCP2026_Meta_102.4T乙太網路交換器_20261015_original.pdf
講者公開簡報（OCP 官方 Recorded Content 頁提供下載）。文字以 PyMuPDF 逐頁抽取，
### p<n>為頁碼；圖表內容見原檔。
圖片清單（已驗證 2026-10-19）
| 檔名 | 頁 | 分類 | 親眼所見內容 |
|---|---|---|---|
報告_OCP2026_Meta_102.4T乙太網路交換器_20261015_p2.png |
p2 | 真資料圖 | IceCube 2OU 交換器外觀照與規格條列（Tomahawk6C、64×OSFP、128×800GE／512×200GE、Celestica 標誌） |
報告_OCP2026_Meta_102.4T乙太網路交換器_20261015_p3.png |
p3 | 真資料圖 | IceCube 系統架構圖：102T SW ASIC 經 PCIe 連 NetLake 微伺服器、RunBMC，64 個 OSFP 以 212G PAM4 VSR 連接，另有 QSFP28、IOB／DOM FPGA、SMB／MCB CPLD、48V→12V 電源 |
報告_OCP2026_Meta_102.4T乙太網路交換器_20261015_p4.png |
p4 | 真資料圖 | IceCube 俯視圖：ASIC 冷板、OSFP 冷板、UPXR×16 flyover 纜線、2 張 OSFP carrier card、風扇×4；液冷約 85%（ASIC＋OSFP）、風冷約 15% |
報告_OCP2026_Meta_102.4T乙太網路交換器_20261015_p9.png |
p9 | 真資料圖 | Blade 熱／功耗／噪音：30C/40C 進水、約 6 LPM/blade、blade 最大典型功率 3,820W（全 retimed 5nm DSP DR4 模組）、63.3dBA；附與 Minipack3 的噪音與 pJ/bit 比較柱狀圖（無數值） |
報告_OCP2026_Meta_102.4T乙太網路交換器_20261015_p11.png |
p11 | 真資料圖 | IceCube-N 預覽：Nvidia Spectrum6 102T、100% PCB 走線 212G PAM4、2×8 stacked OSFP 與冷板 belly-to-belly、合作夥伴 Accton，附爆炸圖 |
報告_OCP2026_Meta_102.4T乙太網路交換器_20261015_p12.png |
p12 | 真資料圖 | IcePack 機櫃實物照兩張（ORv3-HPRv1 機櫃，黃色光纖佈線；文字列 GTSW／STSW／ETSW 三型，照片未標示型別），GTSW 機櫃機內光纖 8,192 條、整合商預佈線 |
原始內容
p1
Rongchun Zhou Network Hardware Engineer, Meta Reza Niazmand Network Technical Program Manager, Meta Meta 102.4T Ethernet Switch NETWORKING
p2
• Meta’s first-generation Icepack switch family • 2OU, Hybrid liquid/air cooled • PHY-less design with flyover cables • Deployed in ORv3-HPRv1 racks • Based on Broadcom Tomahawk6C ASIC • Features 64x OSFP ports, 128x 800GE/512x 200GE non-blocking switch capacity • Intel Icelake-D CPU or other CPU for network platform micro server • Equipped with Meta 2x800G-DR4/-FR4 OSFP modules • Partnered with Celestica. IceCube System Overview
p3
IceCube System Architecture
p4
• Common SMB PCB for multiple Meta platforms • UPXR-OSFP flyover cables • Hybrid cooling ◦ASIC and OSFP liquid cooled, ~85% • OCP BMQC for blade coolant delivery • Parallel flow network for optics cooling • Multiple leak detection zones ◦userver, power stages, BMC air cooled ~15% IceCube Top View Airflow Inlet Outlet
p5
Total DP length = 340m 212GPAM4 copper cables
p6
212GPAM4 copper cables
p7
• EM892K2+MC24PV+EM370Z+MC24P • 370mmx265mm, • Thickness 5.62mm+/-7% • 26+18 =44 layer N+M • Surface finish: ENEPIG • Shared design with other Meta platforms for better NPI efficiency Switch Main Board
p8
IceCube Front and Rear Views
p9
• Support 30C/40C coolant inlet for AALC or FLC deployment @ ~6 LPM/blade • Blade max typical power: 3,820W (fully retimed 5nm DSP DR4 modules) • Sound Pressure Level: 63.3 dBA at 30ºC/6000ft Blade Thermal, Power and Acoustics
p10
• IceTea — Hack • Leverages IceCube's flyover cable design • half the ports to the rear • Cable backplane eliminates fiber and optics • A single design serving multiple applications Design Reuse and Optionality IceTea Anacapa IceCube Santa Barbara
p11
• Leverage the IceCube OCP design. • Nvidia Spectrum6 102T switch ASIC • 100% PCB routing for 212GPAM4 signals • 2x8 stacked OSFPs cage and cold plate in belly-to-belly layout • Partnered with Accton IceCube-N preview SP6
p12
IcePack Racks • Rack types based on ORv3-HPRv1: ◦GTSW rack, ◦STSW rack and ◦ETSW rack • Same rack elevation, different optic module/fiber configurations • GTSW rack has 8,192 in-rack fibers • Intricate fiber-shuffle design • Pre-cabled at integrator
p13
• Specs and design package submission Sept 2026 • Where to find additional information: IceCube and IcePack – www.celestica.com 1. The industry should advance the copper cable technology for future generation high speed interconnect designs. 1. Rack level interconnect technology at its limits on current 100T platforms, enabling dense next gen network will require innovation in L11 fiber management, cable backplanes, optical backplanes. Call to Action
p14
Thank You!