d7144731e0
New OEM transceiver seed scrapers (94 cron-scheduled, 24/7): - Media/Broadcast: Evertz, Grass Valley, Haivision, Viasat - Asian Optical: FiberHome, Oplink, Accelink, Hisense Broadband - Optical Mfrs: Lumentum, II-VI/Coherent, Source Photonics, O-Net, InnoLight, AOI, Sumitomo Electric, NeoPhotonics - Industrial: GE Grid, Schweitzer, Moxa Industrial, Cisco IE, Phoenix Contact, Beckhoff, Omron, ABB, Siemens, Schneider, Rockwell, Belden - Enterprise/DC: Arista, Pica8, Pluribus, DriveNets, Cisco (Meraki/Catalyst/Nexus/ASR) - Cloud: AWS, Azure, Google Cloud, Meta - Storage: NetApp, Pure Storage, HPE Storage, IBM Storage, Dell Storage, Hitachi Vantara - 5G/RAN: Samsung Networks, Nokia AirScale, Ericsson RAN, Mavenir - Security: Check Point, Barracuda, Fortinet, Palo Alto - Telecom Optical: ADVA, PacketLight, FiberHome, Accelink, Hisense API: tip-llm-guided inference layer (strict schema + repair-retry + safe fallback) - POST /api/tip-llm/infer|research-plan|extract|finding|health - Hard JSON schema enforcement, create_finding=false on empty evidence - Confidence gate (>= 0.4), validation with consistency check Build: added incremental=true to scraper tsconfig (OOM prevention) Scheduler: 87 → 94 registered workers
316 lines
11 KiB
TypeScript
316 lines
11 KiB
TypeScript
/**
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* Hitachi Vantara OEM Transceiver Catalog Seed
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*
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* Seeds Hitachi Vantara-branded transceiver PIDs for VSP (Virtual Storage
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* Platform) 5000/G/F series, VSP One, and HUS VM SAN storage controllers.
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* Covers FC, iSCSI, and NVMe-oF host/target optical modules.
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*
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* Sources:
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* - Hitachi Vantara Interoperability Matrix (hitachivantara.com/support)
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* - VSP Hardware Installation and Configuration Guide
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* - Hitachi VSP 5000 Series Optical Connectivity Reference
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*
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* Run: tsx packages/scraper/src/scrapers/hitachi-vantara-oem.ts
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* Cron: daily at 07:00
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*/
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import { pool, ensureVendor } from "../utils/db";
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interface HitachiVantaraPID {
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pid: string;
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formFactor: string;
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speedGbps: number;
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speed: string;
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reachMeters: number;
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reachLabel: string;
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fiberType: string;
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connector: string;
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wavelengths?: string;
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standard?: string;
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notes?: string;
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}
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// Fibre Channel line-rate speeds (Gbps):
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// 8G = 8.5 Gbps (8GFC)
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// 16G = 14.025 Gbps (16GFC)
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// 32G = 28.05 Gbps (32GFC)
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// 64G = 56.1 Gbps (64GFC)
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const HITACHI_VANTARA_PIDS: HitachiVantaraPID[] = [
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// ── 8G FC SFP+ ───────────────────────────────────────────────────────────
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{
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pid: "HV-SFP-8G-FC-SW",
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formFactor: "SFP+",
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speedGbps: 8.5,
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speed: "8G FC",
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reachMeters: 150,
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reachLabel: "SW",
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fiberType: "MMF",
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connector: "LC",
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wavelengths: "850nm",
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standard: "8GFC",
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notes: "8G FC SFP+ SW; Hitachi VSP G200/G400/G600 FC target port; OM3/OM4 MMF up to 150m",
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},
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{
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pid: "HV-SFP-8G-FC-LW",
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formFactor: "SFP+",
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speedGbps: 8.5,
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speed: "8G FC",
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reachMeters: 10000,
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reachLabel: "LW",
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fiberType: "SMF",
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connector: "LC",
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wavelengths: "1310nm",
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standard: "8GFC",
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notes: "8G FC SFP+ LW; Hitachi VSP G200/G400/G600 FC target port long-reach; OS2 SMF up to 10km",
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},
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// ── 16G FC SFP+ ──────────────────────────────────────────────────────────
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{
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pid: "HV-SFP-16G-FC-SW",
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formFactor: "SFP+",
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speedGbps: 14.025,
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speed: "16G FC",
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reachMeters: 125,
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reachLabel: "SW",
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fiberType: "MMF",
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connector: "LC",
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wavelengths: "850nm",
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standard: "16GFC",
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notes: "16G FC SFP+ SW; Hitachi VSP G800/G1000/F800 FC target port; OM4 MMF up to 125m",
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},
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{
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pid: "HV-SFP-16G-FC-LW",
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formFactor: "SFP+",
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speedGbps: 14.025,
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speed: "16G FC",
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reachMeters: 10000,
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reachLabel: "LW",
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fiberType: "SMF",
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connector: "LC",
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wavelengths: "1310nm",
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standard: "16GFC",
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notes: "16G FC SFP+ LW; Hitachi VSP G800/G1000/F800 FC target port long-reach; OS2 SMF",
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},
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// ── 32G FC SFP28 ─────────────────────────────────────────────────────────
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{
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pid: "HV-SFP-32G-FC-SW",
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formFactor: "SFP28",
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speedGbps: 28.05,
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speed: "32G FC",
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reachMeters: 100,
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reachLabel: "SW",
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fiberType: "MMF",
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connector: "LC",
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wavelengths: "850nm",
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standard: "32GFC",
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notes: "32G FC SFP28 SW; Hitachi VSP 5100/5500/5600 NVMe/FC port; OM4/OM5 MMF up to 100m",
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},
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// ── 10GbE SFP+ ───────────────────────────────────────────────────────────
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{
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pid: "HV-SFP-10G-SR",
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formFactor: "SFP+",
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speedGbps: 10,
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speed: "10G",
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reachMeters: 300,
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reachLabel: "SR",
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fiberType: "MMF",
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connector: "LC",
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wavelengths: "850nm",
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standard: "10GBASE-SR",
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notes: "10GbE SFP+ SR; Hitachi VSP iSCSI/FCoE host port; OM3/OM4 MMF up to 300m",
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},
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{
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pid: "HV-SFP-10G-LR",
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formFactor: "SFP+",
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speedGbps: 10,
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speed: "10G",
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reachMeters: 10000,
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reachLabel: "LR",
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fiberType: "SMF",
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connector: "LC",
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wavelengths: "1310nm",
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standard: "10GBASE-LR",
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notes: "10GbE SFP+ LR; Hitachi VSP iSCSI/FCoE host port long-reach; OS2 SMF up to 10km",
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},
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// ── 25GbE SFP28 ──────────────────────────────────────────────────────────
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{
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pid: "HV-SFP28-25G-SR",
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formFactor: "SFP28",
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speedGbps: 25,
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speed: "25G",
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reachMeters: 100,
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reachLabel: "SR",
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fiberType: "MMF",
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connector: "LC",
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wavelengths: "850nm",
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standard: "25GBASE-SR",
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notes: "25GbE SFP28 SR; Hitachi VSP 5000 series NVMe-oF iSCSI port; OM4 MMF",
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},
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{
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pid: "HV-SFP28-25G-LR",
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formFactor: "SFP28",
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speedGbps: 25,
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speed: "25G",
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reachMeters: 10000,
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reachLabel: "LR",
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fiberType: "SMF",
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connector: "LC",
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wavelengths: "1310nm",
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standard: "25GBASE-LR",
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notes: "25GbE SFP28 LR; Hitachi VSP 5000 series NVMe-oF iSCSI long-reach; OS2 SMF",
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},
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// ── 100GbE QSFP28 ────────────────────────────────────────────────────────
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{
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pid: "HV-QSFP28-100G-SR4",
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formFactor: "QSFP28",
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speedGbps: 100,
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speed: "100G",
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reachMeters: 100,
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reachLabel: "SR4",
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fiberType: "MMF",
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connector: "MPO",
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wavelengths: "850nm",
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standard: "100GBASE-SR4",
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notes: "100GbE QSFP28 SR4; Hitachi VSP 5000 series backend replication link; OM4 MPO-12",
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},
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{
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pid: "HV-QSFP28-100G-LR4",
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formFactor: "QSFP28",
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speedGbps: 100,
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speed: "100G",
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reachMeters: 10000,
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reachLabel: "LR4",
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fiberType: "SMF",
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connector: "LC",
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wavelengths: "1295-1310nm",
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standard: "100GBASE-LR4",
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notes: "100GbE QSFP28 LR4; Hitachi VSP 5000 series replication long-reach; OS2 SMF",
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},
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// ── 400GbE QSFP-DD ───────────────────────────────────────────────────────
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{
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pid: "HV-QSFP-DD-400G-DR4",
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formFactor: "QSFP-DD",
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speedGbps: 400,
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speed: "400G",
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reachMeters: 500,
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reachLabel: "DR4",
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fiberType: "SMF",
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connector: "MPO",
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wavelengths: "1310nm",
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standard: "400GBASE-DR4",
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notes: "400GbE QSFP-DD DR4; Hitachi VSP One next-gen NVMe-oF fabric link; OS2 SMF up to 500m",
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},
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// ── 1GbE SFP ─────────────────────────────────────────────────────────────
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{
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pid: "HV-SFP-1G-SX",
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formFactor: "SFP",
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speedGbps: 1,
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speed: "1G",
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reachMeters: 550,
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reachLabel: "SX",
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fiberType: "MMF",
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connector: "LC",
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wavelengths: "850nm",
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standard: "1000BASE-SX",
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notes: "1GbE SFP SX; Hitachi storage management and iSCSI port; OM2/OM3 MMF",
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},
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{
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pid: "HV-SFP-1G-LX",
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formFactor: "SFP",
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speedGbps: 1,
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speed: "1G",
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reachMeters: 10000,
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reachLabel: "LX",
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fiberType: "SMF",
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connector: "LC",
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wavelengths: "1310nm",
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standard: "1000BASE-LX",
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notes: "1GbE SFP LX; Hitachi storage management and iSCSI port long-reach; OS2 SMF",
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},
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// ── 40GbE QSFP+ ──────────────────────────────────────────────────────────
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{
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pid: "HV-QSFP-40G-SR4",
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formFactor: "QSFP+",
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speedGbps: 40,
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speed: "40G",
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reachMeters: 150,
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reachLabel: "SR4",
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fiberType: "MMF",
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connector: "MPO",
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wavelengths: "850nm",
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standard: "40GBASE-SR4",
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notes: "40GbE QSFP+ SR4; Hitachi storage fabric switch uplink; OM3/OM4 MPO-12",
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},
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// ── 64G FC SFP28 ─────────────────────────────────────────────────────────
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{
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pid: "HV-SFP28-64G-FC-SW",
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formFactor: "SFP28",
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speedGbps: 56.1,
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speed: "64G FC",
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reachMeters: 70,
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reachLabel: "SW",
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fiberType: "MMF",
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connector: "LC",
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wavelengths: "850nm",
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standard: "64GFC",
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notes: "64G FC SFP28 SW; Hitachi VSP One next-gen NVMe/FC port; OM5 WBMMF up to 70m",
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},
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];
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export async function scrapeHitachiVantaraOem(): Promise<void> {
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console.log("=== Hitachi Vantara OEM Transceiver Seed ===\n");
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const vendorId = await ensureVendor(
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"Hitachi Vantara",
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"oem",
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"https://www.hitachivantara.com",
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undefined
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);
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let inserted = 0;
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let updated = 0;
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let errors = 0;
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for (const p of HITACHI_VANTARA_PIDS) {
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const slug = `hitachi-vantara-${p.pid.toLowerCase().replace(/[^a-z0-9]+/g, "-")}`;
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try {
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const res = await pool.query(
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`INSERT INTO transceivers
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(slug, part_number, vendor_id, form_factor, speed, speed_gbps,
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reach_meters, reach_label, fiber_type, connector, wavelengths,
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dom_support, ieee_reference, market_status, category, notes)
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VALUES ($1,$2,$3,$4,$5,$6,$7,$8,$9,$10,$11,true,$12,'Mainstream','DataCenter',$13)
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ON CONFLICT (slug) DO UPDATE SET
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speed_gbps = EXCLUDED.speed_gbps,
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reach_meters = CASE WHEN EXCLUDED.reach_meters > 0 THEN EXCLUDED.reach_meters ELSE transceivers.reach_meters END,
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fiber_type = CASE WHEN EXCLUDED.fiber_type <> '' THEN EXCLUDED.fiber_type ELSE transceivers.fiber_type END,
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wavelengths = COALESCE(EXCLUDED.wavelengths, transceivers.wavelengths),
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updated_at = NOW()
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RETURNING (xmax = 0) as was_inserted`,
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[slug, p.pid, vendorId, p.formFactor, p.speed, p.speedGbps,
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p.reachMeters, p.reachLabel, p.fiberType, p.connector,
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p.wavelengths ?? null, p.standard ?? null, p.notes ?? null]
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);
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if (res.rows[0]?.was_inserted) inserted++; else updated++;
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} catch (err) {
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console.warn(` Skip ${p.pid}: ${(err as Error).message.slice(0, 80)}`);
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errors++;
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}
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}
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console.log(`\n=== Hitachi Vantara OEM Seed Complete ===`);
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console.log(` Inserted: ${inserted}`);
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console.log(` Updated: ${updated}`);
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console.log(` Errors: ${errors}`);
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console.log(` Total PIDs: ${HITACHI_VANTARA_PIDS.length}\n`);
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}
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if (require.main === module) {
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scrapeHitachiVantaraOem()
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.then(() => pool.end())
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.catch((err) => {
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console.error("Fatal:", err);
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pool.end();
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process.exit(1);
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});
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}
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