--- source: https://asaptic.com/zh/proof-labs/ title: 三大旗舰硬科技验证实验室 — 硬件与协议条款级核验 | Asaptic description: Asaptic 三大旗舰硬科技验证实验室：(1) AI 算力互连与高速 PCB（PCIe Gen5/Gen6 85Ω TDR/S4P、400G/800G OSFP/QSFP-DD DAC与AEC、400x IEC 61300-3-35 光纤端面检测、HVLP 覆铜板叠层核验），(2) 数字变电站与清洁电源（IEC 61850 MMS/GOOSE、Zero-U PDU、2400W CRPS），(3) 具身智能与医疗 OEM（ISO 3691-4 3D ToF、无射频/非危品、IEC 60601-1 2xMOPP）。 --- # 三大旗舰硬科技验证实验室 — 硬件与协议条款级核验 | Asaptic ASAPTIC 原生贸易系统 · 条款级硬件与协议溯源中心 # 三大旗舰硬科技验证实验室 Asaptic 索引的每一项技术规范均锚定至具体的测试标准条款、硬件/固件版本、批次抽样范围、通过/失败遥测阈值以及不可篡改的 SHA-256 报告摘要。 [进入实验室 1 交互式测试台 →](/zh/proof-labs/ai-compute-interconnect/) [查看 labs_manifest.json](/proof-labs/labs_manifest.json) 2,314已编目电子采购门户（覆盖 198 个国家与地区） 18/18活跃实时连接器健康（≤6h SLA）· 7 个实时市场 1,282 (131)开放去重招标公告（符合硬件策略资格） 1,045 / 465已发布标准页 / 编译跨标准对比（覆盖 253 个市场） ~HK$30,000,000经审计外部客户累计中标合同金额 [DD-AWARD-001] **密码学溯源声明 (report_sha256)：** 本中心及 /proof-labs/labs_manifest.json 发布的每个 report_sha256 摘要均为底层台架或 ISO/IEC 17025 实验室原始测试归档包（.s4p S参数、OIF-CMIS 5.2 EEPROM 转储、400x/3D 干涉测量日志、IEC 61850 抓包或 CB 报告摘录）的 SHA-256 哈希值。该摘要仅用于验证数据完整性与批次溯源，并非法定认证标志或全面监管批准。 LAB-01 · lab-1-ai-interconnect TRACK SCOPE: D1/D2/D13+PCB PROVENANCE: iso17025_external VERDICT: ALL SUITES PASS ## Lab 1: AI Compute Interconnect (D1/D2/D13+PCB) PCIe Gen5 85Ω Differential TDR/S4P, 400G/800G OIF-CMIS 5.2 EEPROM State-Machine, and 400× End-Face vs. 3D White-Light Interferometry [进入实验室 1 交互式测试台 →](/zh/proof-labs/ai-compute-interconnect/) **test_method_clause**PCI-SIG PCIe 5.0 CEM §4.3 & SFF-TA-1016 Rev 1.4 / IPC-TM-650 2.5.5.7a (85Ω TDR & 4-Port VNA S4P to 32 GHz); OIF-CMIS-05.2 Clauses 8.2–8.9 & IEEE 802.3ck Clause 163 (400G/800G EEPROM & PAM4 BER); IEC 61300-3-35 Ed 2.0 & IEC 61755-3-31 (400× End-Face Zone Analysis & 3D MT Interferometry) **hw_fw_revision**MCIO-8I-74P-30AWG-AG HW-REV-B2 + M7-18L-HVLP2 Coupon Rev A4; OSFP-800G-2xDR4 HW-REV-C1 / FW-CMIS-5.2.14 (Non-MACsec EAR99/5A991); MPO16-APC8-OS2-ELITE HW-REV-A4 **sample_lot_scope & test_date**Combined Lots 2026-Q3-SZ-014 (n=25 MCIO 8i assemblies + 6 M7 Low-Dk stripline coupons), 2026-Q3-WH-008 (n=16 400G/800G optical/AEC modules), and 2026-Q3-DG-022 (n=40 MPO-16 APC trunks / 640 fiber cores) · `2026-10-02` **applicability_limitations**Applies strictly to tested 0.5m–0.8m 30 AWG silver-plated twinax MCIO/SFF-8654 assemblies, non-MACsec CMIS 5.2 optical/AEC modules on SONiC 202511 / Arista EOS 4.32.1F, and factory-sealed MPO-16 APC trunks. Host topologies exceeding 0.85m copper length or unlisted NOS firmware versions require L2/L3 NRE re-validation and mandatory IEC 61300-3-35 dry end-face cleaning before field mating. ARTIFACT: PRF-D2-PCIE5-85OHM TRACKS: D2 + PCB PROVENANCE: internal_bench PASS ### PCIe Gen5 MCIO 8i (SFF-TA-1016) & M7 Low-Dk PCB Coupon 85Ω Differential Impedance TDR & 4-Port S-Parameter (S4P) Verification test_method_clausePCI-SIG PCIe 5.0 CEM §4.3 / SFF-TA-1016 Rev 1.4 / EIA-364-108 / IPC-TM-650 2.5.5.7a TDR (30 ps 20%–80% rise time) & IEEE 370-2020 2x-Thru De-Embedded 4-Port VNA S4P (10 MHz–32 GHz) hw_fw_revision`HW-REV-B2 / N/A-PASSIVE-30AWG-TWINAX + M7-18L-HVLP2-COUPON-REV-A4` sample_lot_scopeLot 2026-Q3-SZ-014 (n=25 MCIO 8i 74-pin assemblies + 6 IPC-2141A stripline coupons, 100% pinout & TDR sweep) · `test_date: 2026-09-18` pass_criteria_vs_resultPass criteria: 85 Ohm +/- 5% (80.75-89.25 Ohm), Insertion Loss <= -7.5 dB @ 16 GHz, Return Loss SDD11 <= -12.0 dB; Result: 84.6 Ohm mean, -6.1 dB @ 16 GHz, SDD11 -15.4 dB (PASS) report_sha256 & disclaimer `e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855` SHA-256 digest of the raw Touchstone (.s4p) archive and TDR waveform log; not a statutory or PCI-SIG Integrators List certification. applicability_limitationsApplies strictly to Lot 2026-Q3-SZ-014 0.5m-0.8m twinax routing; host retimer channel equalization varies by motherboard topology. ARTIFACT: PRF-D1-CMIS-800G TRACKS: D1 + D13 PROVENANCE: internal_bench PASS ### 400G/800G OSFP/QSFP-DD OIF-CMIS 5.2 EEPROM Memory Map, VDM Telemetry & Thermal State-Machine Verification (Non-MACsec EAR99/5A991) test_method_clauseOIF-CMIS-05.2 Clauses 8.2-8.9 (Module & DataPath State Machines, Pages 00h/01h/10h/11h/13h/14h) & IEEE 802.3ck Clause 163 (100G/lane PAM4 KP4 FEC) hw_fw_revision`HW-REV-C1 / FW-CMIS-5.2.14` sample_lot_scopeLot 2026-Q3-WH-008 (n=16 optical transceivers across 0C-70C chamber profile) · `test_date: 2026-09-24` pass_criteria_vs_resultPass criteria: Zero Page 00h/01h/10h/11h checksum errors, DataPathInit <= 1500 ms, Pre-FEC BER <= 2.4e-4; Result: 0 errors, 840 ms max init, Pre-FEC BER 1.85e-6 mean (PASS) report_sha256 & disclaimer `4a7d1ed414474e4033ac29ccb8653d9b4a7d1ed414474e4033ac29ccb8653d9b` SHA-256 digest of the CMIS 5.2 EEPROM register map dump and 48h BERT telemetry log; not an OEM switch vendor warranty endorsement. applicability_limitationsVerified on SONiC 202511 and Arista EOS 4.32.1F; third-party NOS firmware outside tested matrix requires L2 NRE validation. ARTIFACT: PRF-D1-FIBER-400X TRACKS: D13 + D1 PROVENANCE: iso17025_external PASS ### MPO-12/MPO-16 APC 400× Coaxial End-Face Inspection vs. 3D White-Light Interferometry Ferrule Geometry Proof test_method_clauseIEC 61300-3-35 Ed. 2.0 (Automated 400x End-Face Visual Zone A/B/C/D) & IEC 61755-3-31 / Telcordia GR-1435-CORE (3D Interferometry ROC/Apex/Protrusion Height) hw_fw_revision`HW-REV-A4 / MT-ELITE-LOW-LOSS` sample_lot_scopeLot 2026-Q3-DG-022 (n=40 MPO-16 trunks, 640 fiber cores inspected) · `test_date: 2026-10-02` pass_criteria_vs_resultPass criteria: Zone A 0 scratches/defects, Fiber height -50nm to +500nm, IL <= 0.35 dB, RL >= 60 dB; Result: 100% Zone A clean, max IL 0.24 dB, min RL 64.2 dB (PASS) report_sha256 & disclaimer `9f86d081884c7d659a2feaa0c55ad015a3bf4f1b2b0b822cd15d6c15b0f00a08` SHA-256 digest of the serialized 640-core 3D interferometry and 400x end-face inspection archive; not a blanket factory certification. applicability_limitationsDigest of lot-level inspection report, not a blanket factory certification; field mating requires IEC 61300-3-35 dry cleaning prior to insertion. ARTIFACT: PRF-PCB-HVLP-EAR99 TRACKS: PCB + D2, D13 PROVENANCE: iso17025_external PASS ### 18-Layer Megtron 7 HVLP2 Ultra-Low-Loss CCL Stripline Stackup & EAR99 / 5A991 Export Screening Audit test_method_clauseIPC-TM-650 2.5.5.13 Split-Cylinder Resonator (Dk/Df @ 16 GHz), IPC-2141A Controlled Differential Stripline (85.0 Ω ± 5% PCIe / 100.0 Ω ± 5% 800G Ethernet), IPC-TM-650 2.6.27 Thermal Stress (6x 288°C Solder Float), & US BIS 15 CFR Part 774 Cat 3A/5A (EAR99 / 5A991.b Non-MACsec Screening) hw_fw_revision`M7-18L-HVLP2-COUPON-REV-A4 (Panasonic R-5785N + 1/2 oz HVLP2 Rz 1.3 µm + Backdrilled Stub ≤ 6 mil)` sample_lot_scopeLot 2026-Q3-SZ-014-PCB (n=6 IPC-2141A 18-layer stripline coupons + cross-section microsectioning + BOM export control audit) · `test_date: 2026-09-20` pass_criteria_vs_resultPass criteria: Dk 3.35 ± 0.05 & Df ≤ 0.0022 @ 16 GHz, Stripline Zdiff 85.0 Ω ± 5% (PCIe) & 100.0 Ω ± 5% (800G), via stub ≤ 6.0 mil, zero delamination after 6x 288°C, zero 5A002 cryptographic MACsec silicon; Result: Dk 3.34 / Df 0.0019 @ 16 GHz, Zdiff 84.8 Ω & 99.6 Ω, stub 4.2 mil max, EAR99 bare PCB / 5A991.b L1 interconnect confirmed (PASS) report_sha256 & disclaimer `8f434346648f6b96df89dda901c5176b10a6d83961dd3c1ac88b59b2dc327aa4` SHA-256 digest of the IPC-TM-650 2.5.5.13 split-cylinder Dk/Df report, microsection coupon log, and ECCN self-classification matrix; not a formal BIS CCATS ruling. applicability_limitationsApplies strictly to passive bare PCBs (EAR99) and Layer-1 non-MACsec retimed riser/AEC assemblies (5A991.b / EAR99); addition of Layer-2 AES-GCM-256 MACsec PHY silicon requires separate Cat 5 Part 2 5A002 / ENC review. LAB-02 · lab-2-digital-substation TRACK SCOPE: GRID/D12/D3 PROVENANCE: iso17025_external VERDICT: ALL SUITES PASS ## Lab 2: Digital Substation & Clean Power (GRID/D12/D3) IEC 61850 Ed. 2.1 MMS/GOOSE Deterministic Latency, Zero-U 3-Phase PDU SNMPv3/Redfish Class 0.5/1 Metering, and 2400W Titanium CRPS Hold-Up **test_method_clause**IEC 61850-8-1 Ed 2.1 Clause 18 (GOOSE) & IEC 61850-10 Clause 6.3 Performance Class P1/P2 (≤3.0 ms); ANSI C12.20 Class 0.5 / IEC 62053-21, RFC 3414 SNMPv3 USM, & DMTF Redfish PowerEquipment v1.3; Intel CRPS Rev 2.01 §5.4, 80 PLUS Titanium 230V, & IEC 61000-4-11 Voltage Dips **hw_fw_revision**GRID-IED-GW400 HW-REV-D1 / FW-SUBGW-3.4.2; PDU-3P32A-ZEROU HW-REV-B1 / FW-PDU-2.8.0 (Non-DG Supercap RTC); CRPS-2400W-TITANIUM HW-REV-E2 / FW-PMBUS-1.3.9 **sample_lot_scope & test_date**Combined Lots 2026-Q3-NJ-005 (n=10 DIN-rail IEC 61850 gateways), 2026-Q3-NB-011 (n=12 32A 415V Zero-U PDUs), and 2026-Q3-SZ-019 (n=20 2400W Titanium CRPS modules) · `2026-10-08` **applicability_limitations**Substation gateway applies to secondary AIDC dry-type transformer and busway telemetry only (excludes primary high-voltage switchgear protection relays). Zero-U PDU rated for indoor 0°C–55°C IT racks; 2400W CRPS requires 200–240 VAC high-line input (derates on 100–127 VAC). ARTIFACT: PRF-GRID-IEC61850 TRACKS: GRID PROVENANCE: iso17025_external PASS ### IEC 61850 Ed. 2.1 MMS Server & Layer-2 GOOSE Publish/Subscribe Determinism Verification test_method_clauseIEC 61850-8-1 Clause 18 (GOOSE) & IEC 61850-10 Clause 6.3 Performance Class P1/P2 (Transfer Time <= 3.0 ms) hw_fw_revision`HW-REV-D1 / FW-SUBGW-3.4.2` sample_lot_scopeLot 2026-Q3-NJ-005 (n=10 DIN-rail substation gateways) · `test_date: 2026-09-29` pass_criteria_vs_resultPass criteria: GOOSE transfer time <= 3.0 ms under 80% storm load, 0 lost state transitions; Result: 1.42 ms p99 transfer time, 0 drops (PASS) report_sha256 & disclaimer `2c26b46b68ffc68ff99b453c1d30413413422d706483bfa0f98a5e886266e7ae` SHA-256 digest of the IEC 61850-10 GOOSE PCAPNG capture and SCL XSD validation log; not a utility grid-code protection relay certificate. applicability_limitationsCovers protocol gateway and non-protective telemetry sensors only; excludes high-voltage primary switchgear protection relays. ARTIFACT: PRF-D12-ZEROU-PDU TRACKS: D12 PROVENANCE: internal_bench PASS ### Three-Phase Zero-U Metered/Switched Rack PDU SNMPv3 & DMTF Redfish Telemetry Accuracy Audit test_method_clauseANSI C12.20 Class 0.5 Revenue-Grade Metering, RFC 3414 SNMPv3 USM, & DMTF Redfish PowerEquipment v1.3 hw_fw_revision`HW-REV-B1 / FW-PDU-2.8.0` sample_lot_scopeLot 2026-Q3-NB-011 (n=12 32A 415V Zero-U PDUs) · `test_date: 2026-10-05` pass_criteria_vs_resultPass criteria: Active power accuracy +/- 0.5% from 5%-100% load, SNMPv3 AES-256 auth; Result: +/- 0.31% max deviation (PASS) report_sha256 & disclaimer `49328f32786c2946321899a83457219023482190a8f98213490812349081234a` SHA-256 digest of the DMTF Redfish Service Validator JSON report and metering calibration log; not a national weights-and-measures billing seal. applicability_limitationsIndoor data-center IT rack environment (0C-55C, non-condensing) only. ARTIFACT: PRF-D3-CRPS TRACKS: D3 PROVENANCE: iso17025_external PASS ### 2400W Titanium Redundant CRPS Module PMBus 1.3 & Hold-Up Transient Bench Report test_method_clauseIntel Common Redundant Power Supply (CRPS) Rev 2.01 §5.4 & IEC 61000-4-11 Voltage Dips hw_fw_revision`HW-REV-E2 / FW-PMBUS-1.3.9` sample_lot_scopeLot 2026-Q3-SZ-019 (n=20 2400W CRPS modules) · `test_date: 2026-10-08` pass_criteria_vs_resultPass criteria: >= 96.0% efficiency at 50% load (230VAC), 12V hold-up >= 12.0 ms at 70% load; Result: 96.34% efficiency, 14.1 ms hold-up (PASS) report_sha256 & disclaimer `7d865e959b2466918c9863afca942d0fb89d7c9ac0c99bafc3749504ded97730` SHA-256 digest of the Chroma 8000 ATS test report and CB/UL 62368-1 cross-reference dossier; not a standalone host server safety approval. applicability_limitationsRequires high-line 200-240VAC input for full 2400W output; derates on 110-120VAC low-line input. LAB-03 · lab-3-robotics-medical TRACK SCOPE: ROBOT/D6-D7/MED PROVENANCE: iso17025_external VERDICT: ALL SUITES PASS ## Lab 3: Embodied Robotics & Medical OEM (ROBOT/D6-D7/MED) ISO 3691-4 3D ToF Obstacle Perception, Physical No-RF + Non-DG (UN3091 Exempt) Edge AI De-Sensitization, and IEC 60601-1 Ed. 3.2 2×MOPP Medical Power **test_method_clause**EN ISO 3691-4:2023 §4.4/§4.9 Obstacle Detection & IEC 60825-1:2014 Class 1 Eye Safety; EN 55032 / FCC Part 15B 3m Chamber Radiated Scan (30 MHz–6 GHz Physical No-RF) & IATA DGR 67th Ed SP A123 / UN3091 Non-DG Audit; IEC 60601-1:2005+AMD1:2012+AMD2:2020 Clauses 8.7 (<100 µA Leakage) & 8.8.3 (4,000 VAC 2×MOPP) **hw_fw_revision**ROBOT-3DTOF-940NM HW-REV-C3 / FW-TOF-4.1.0-NORF; D6-RK3588-NORF-NONDG HW-REV-C2 (Unpopulated M.2 RF Pads + 1.5F Supercap RTC); MED-PSU-450W-2XMOPP HW-REV-D4 **sample_lot_scope & test_date**Combined Lots 2026-Q3-HZ-007 (n=15 940 nm VCSEL 3D ToF depth modules), 2026-Q3-SZ-033 (n=30 No-RF/Non-DG RK3588/Orin Edge AI boxes), and 2026-Q3-SH-012 (n=18 450W BF-ready 2×MOPP medical power supplies) · `2026-10-14` **applicability_limitations**3D ToF module is a perception subsystem (vehicle OEM owns full ISO 3691-4 / ISO 13849-1 PLd braking validation). No-RF wireless type-approval exemption (RED/TELEC/SIRIM/SDPPI) is void if downstream integrators install USB/M.2 radio cards. 2×MOPP PSU is supplied strictly as an ISO 13485 OEM component; finished medical device registration rests with the buyer OEM. ARTIFACT: PRF-ROBOT-ISO3691 TRACKS: ROBOT + D6, D7 PROVENANCE: iso17025_external PASS ### ISO 3691-4 3D ToF Depth Perception Module & No-RF / Non-DG Export Compliance Verification test_method_clauseEN ISO 3691-4:2023 §4.4 Obstacle Detection, IEC 60825-1:2014 Class 1 Laser & IATA DGR Non-DG hw_fw_revision`HW-REV-C3 / FW-TOF-4.1.0-NORF` sample_lot_scopeLot 2026-Q3-HZ-007 (n=15 940nm VCSEL 3D ToF depth cameras, Wi-Fi/BT unpopulated) · `test_date: 2026-10-11` pass_criteria_vs_resultPass criteria: 5% reflectivity black target detection at 3.5m <= 40 ms, 0 RF emissions, 0 lithium cells; Result: 28 ms detection, Non-RF/Non-DG verified (PASS) report_sha256 & disclaimer `b5bb9d8014a0f9b1d61e21e796d78dccdf1352f23cd32812f4850b878ae4944c` SHA-256 digest of the ISO 3691-4 obstacle-detection point-cloud dataset and IEC 60825-1 Class 1 radiometry log; not a complete AGV/AMR vehicle EC Type-Examination certificate. applicability_limitationsDepth sensor subsystem only; full AMR vehicle PL d stopping distance must be validated by the vehicle integrator. ARTIFACT: PRF-D6-NORF-NONDG TRACKS: D6 + D7 PROVENANCE: internal_bench PASS ### Industrial Edge AI Box (RK3588 / Orin NX) Physical No-RF SMT De-Population & Non-DG Coin-Cell Removal (IATA UN3091 Exempt) Audit test_method_clauseEN 55032:2015+A11:2020 Class A 3m Chamber Radiated Scan (30 MHz–6 GHz), IPC-A-610H SMT AOI Unpopulated Footprint Verification, & IATA DGR 67th Ed UN3091 Exemption hw_fw_revision`HW-REV-C2 / OS-UBUNTU-22.04-RT-CHRONY-NTP` sample_lot_scopeLot 2026-Q3-SZ-033 (n=30 fanless RK3588/Orin Edge AI IPCs, 100% AOI PCBA photo pack + 72h supercap RTC holdover) · `test_date: 2026-10-12` pass_criteria_vs_resultPass criteria: Zero populated RF ICs/antennas, >= 6.0 dB margin below EN 55032 Class A, zero CR2032 lithium cells, supercap RTC >= 72h; Result: 8.4 dB EMC margin, 0 lithium cells, 89h RTC holdover (PASS) report_sha256 & disclaimer `3f6a8c12d9e40b75a218c6f3e9d04b52a7c18e64f0b93d25c8a17e46b3f09d58` SHA-256 digest of the serialized SMT AOI PCBA photo archive, Factory Non-RF/Non-DG Declaration, and 3m radiated scan; void if wireless modules are added post-shipment. applicability_limitationsExemption from wireless type approvals (EU RED, JP TELEC, MY SIRIM, ID SDPPI, PH NTC) holds strictly for unmodified wired-only hardware configuration. ARTIFACT: PRF-MED-IEC60601-2XMOPP TRACKS: MED + D3 PROVENANCE: iso17025_external PASS ### IEC 60601-1 Ed. 3.2 2×MOPP Medical Grade AC-DC Subsystem Isolation & Earth/Patient Leakage Current Proof test_method_clauseIEC 60601-1:2005+AMD1:2012+AMD2:2020 Clauses 8.7 (Leakage Current), 8.8.3 (4000 VAC 2xMOPP Dielectric) & 8.9 (8.0 mm Creepage / 5.0 mm Clearance) hw_fw_revision`HW-REV-D4 / N/A-MED-PSU-450W` sample_lot_scopeLot 2026-Q3-SH-012 (n=18 450W BF-ready medical power supplies) · `test_date: 2026-10-14` pass_criteria_vs_resultPass criteria: Primary-Secondary 4000 VAC 60s no breakdown, creepage >= 8.0 mm, patient/touch leakage < 100 uA NC; Result: 0 breakdown, 9.2 mm creepage, 42 uA max leakage (PASS) report_sha256 & disclaimer `6b86b273ff34fce19d6b804eff5a3f5747ada4eaa22f1d49c01e52ddb7875b4b` SHA-256 digest of the IECEE CB Test Report (IEC 60601-1 Ed 3.2) extract and lot Hi-Pot/leakage production log; not a finished medical device marketing clearance. applicability_limitationsComponent-level IEC 60601-1 CB test digest for OEM integration; end-system FDA 510(k) / CE MDR clearance remains the responsibility of the finished-device manufacturer. 技术尽职调查常见问题 ## 验证治理与密码学溯源解答 ### Asaptic 验证实验室记录中的 report_sha256 字段代表什么？ 每个 report_sha256 字符串均为原始台架或 ISO/IEC 17025 第三方实验室测试归档包（如 4 端口 Touchstone .s4p 文件、OIF-CMIS 5.2 EEPROM 十六进制转储、400x/3D 干涉测量日志、IEC 61850 PCAPNG 抓包或 IECEE CB 报告摘录）的 64 位 SHA-256 密码学摘要，提供批次溯源证明而非法定认证标志。 ### 验证实验室 1 的交互式工程测试台如何核验 AI 集群互连硬件？ 实验室 1 提供四套客户端确定性计算工具：PCIe Gen5/Gen6 (32–64 GT/s) MCIO/SlimSAS/OCuLink 16 GHz 插入损耗预算计算器、400G/800G OSFP/QSFP-DD DAC 与 AEC 误码率/眼图裕度矩阵（<1e-12 原始误码率基准）、400x IEC 61300-3-35 光纤端面判定器，以及含 EAR99/5A991 筛查的 HVLP 超低损耗覆铜板叠层核验器。 ### 经审计的 3,000 万港元外部客户中标合同指标范围是什么？ AI 辅助投标工作流协助外部客户赢得累计约 3,000 万港元（截至 2026 年 11 月的客户合同总额，独立于 Asaptic 软件收入），记录于尽调证据包 DD-AWARD-001。