I-PCB Factory ye-Inference Server yebhizinisi

I-Highleap Electronics iyifektri yokukhiqiza nokuhlanganisa i-PCB enekhono eliqinisekisiwe njengomlingani wefektri ye-PCB yeseva yokunquma . Sakha izithwali ze-accelerator, amabhodi amakhulu eseva, ama-mezzanine e-OCP NIC, amabhodi e-Jetson carrier, kanye nama-PCB asekelayo, isitoreji, kanye nokuphatha angena kumapulatifomu okunquma e-AI - kanye nephothifoliyo yethu ebanzi ye-PCB kanye ne-EMS.

Okuqukethwe

1. Lokho Okwenziwa Ama-OEM Ku-Inference Server PCB Factory
2. I-Inference Server PCB Factory Capability Matrix
3. Izinhlobo Zebhodi Ezakhiwe Yiseva Yethu Yokubhekisela Umugqa Wefektri we-PCB
4. Ukugeleza Kwekhwalithi kanye ne-AVL ku-Inference Server PCB Factory
5. Ubunjiniyela Bezindleko Zezinhlelo ze-PCB Zeseva Enesilinganiso Esiphezulu
6. Ukubandakanya i-Highleap njenge-Inference Server yakho ye-PCB Factory

1. Lokho Okwenziwa Ama-OEM Ku-Inference Server PCB Factory

Izinhlelo zokuqagela ze-AI zisebenza ngobuningi obukhulu kunehadiwe yokuqeqesha, ngokulindela okuncishisiwe kwezindleko kanye nokunyuka okusheshayo kusuka kumodeli kuya ekukhiqizweni okukhulu. Ifektri ye-PCB yeseva yokuqagela kumele ivumelane nazo zontathu. Izindinganiso ezingezansi yilokho okuqinisekiswa amaqembu obunjiniyela kanye nokuthengwa kwempahla kuma-OEM okuqagela e-AI ngaphambi kokubeka uhlelo lwebhodi.

Izidingo zobunjiniyela zefektri ye-PCB yeseva yokuphetha

• Isifundo sokuqondisa i-PCIe Gen5/Gen6: Ifektri ye-PCB yeseva yokunquma kumele ibambe umehluko ongu-85Ω ±5–10% emizileni ye-Gen5 futhi ibonise ukubhoboza emuva kuze kube yi-≤8 mil residual stub ezakhiweni zokukhiqiza, hhayi nje ama-prototypes.
• Umkhakha wokukhiqiza we-DDR5: I-impedance engu-40Ω eyodwa, ubude obuhambisana no-±2 mil intra-byte, ukuphathwa kwengilazi — iphaneli eqinisekisiwe ngephaneli nge- i-PCB yokulawula ukuvimba ukugeleza.
• Ukuguquguquka kwesibalo sezingqimba: Izendlalelo ezingu-8 (izithwali zomphetho weJetson) izendlalelo ezifika kwezingu-24 (amabhodi amakhulu okubonisa isikhungo sedatha) emgqeni ofanayo onekhwalithi ehambisanayo nesikhathi sokuhola.
• Ububanzi bezinto ezibonakalayo kuzo zonke izindleko: I-FR4 ejwayelekile ye-high-Tg FR4 (Isola 370HR, IS410) kuya ekulahlekelweni okuphakathi (FR408HR, I-Tera MT40) kuze kufike ekulahlekelweni okuphansi kakhulu (Tachyon 100G) — ifektri ye-PCB yeseva yangempela ithwala yonke into efanele esitokweni sokukhiqiza esisebenzayo.
• I-HDI lamination elandelanayo: Izithwali ze-compact edge inference kanye ne-BGA fanout eningi ngaphansi kwe-inference ASICs zidinga ama-stackup angu-1+N+1 kanye no-2+N+2, asekelwa ku- Ukukhiqizwa kwe-HDI PCB umugqa.

Izidingo zokuthengwa kwefektri ye-PCB yeseva yokunquma

• Irempu yomthamo: Amapulatifomu okuqagela angakhula kusukela kuma-prototype kuya kumayunithi angaphezu kuka-10,000 ngenyanga ngaphakathi kwekota eyodwa; umthamo ugodliwe ngokumelene nokubikezela okuqhubekayo, hhayi nje okuthenjisiwe.
• Ukugeleza kweziqu ze-AVL: Amakhasimende ehadiwe yokuphetha ye-Tier-1 asebenzisa izinqubo ezisemthethweni ze-AVL — umlando wokuhlolwa kwesayithi obhaliwe, amarekhodi okuqinisekiswa kwenqubo, kanye namaphakheji okufaneleka okwakhiwa kwesampula alungile.
• Isiyalo sokulawula ushintsho: Ukuphathwa kwe-ECN okusemthethweni okunezindleko kanye nomthelela wesikhathi sokuhola; i-PCN eqalwe ngumhlinzeki enesaziso sangaphambi kwezinsuku ezingama-90-180.
• Ukunikezwa kokuphila isikhathi eside: Ihadiwe yokuqagela ithunyelwa iminyaka engu-3-5 kanye neminye iminyaka engu-5+ yokusekelwa kwezingxenye ezisele.
• Ubambiswano lokwehlisa izindleko: Ukubuyekezwa kokunciphisa izindleko kwaminyaka yonke kuyizinto ezijwayelekile; ifektri ye-PCB yeseva yokuphetha kumele ilethe iziphakamiso ezingeni le-PCB — ukufaka esikhundleni sezinto ezibonakalayo, ukuhlanganiswa kwe-stackup, ukuthuthukiswa kwephaneli — hhayi nje ukugcina intengo iphansi.

Isisekelo sesistimu yekhwalithi

• Isitifiketi se-IATF 16949: isisekelo sanoma iyiphi iseva yokuphetha ye-PCB efektri ekhonza ama-AVL e-Tier-1 OEM.
• I-IPC-A-600 Class 2 standard, Class 3 uma iceliwe: Isigaba sesi-2 sivamile kubathwali be-accelerator nama-mainboard; Isigaba sesi-3 sezinhlelo ezibalulekile zokuphepha noma ezihlala isikhathi eside.
• Ukuqashelwa kwe-UL: indinganiso yezimakethe zamabhizinisi ezilawulwayo.
• Ukugeleza kwenqubo okuqondiswe yi-AS9100D kuyatholakala: ngezinhlelo zokuphetha ezisebenzela ezokuvikela, imishini yasemgwaqweni yezindiza, noma izinhlelo zokusebenza zekhompyutha zikahulumeni.

2. I-Inference Server PCB Factory Capability Matrix

Lokho ifektri yethu ye-PCB yeseva yokuphetha ekuqinisekisa ngokubhala ngesikhathi sokuhlolwa kwe-AVL. Izinombolo zomugqa wokukhiqiza, hhayi imiboniso yesibonelo esihle kakhulu.

Izinto ezifanelekile efektri ye-PCB yeseva yokunquma

Yonke i-laminate ebhalwe ohlwini isezingeni lokukhiqiza elisebenzayo kumugqa wethu wefektri ye-PCB yeseva yokuphetha — eyakhelwe ekukhiqizeni, hhayi kumaphaneli esibonelo kuphela:

• I-Tg FR4 ejwayelekile ephezulu: I-Isola 370HR, IS410 — isisekelo samabhodi e-inference carrier kanye ne-AI edge alungiselelwe izindleko. Bheka i-Isola 370HR, IS410 — isisekelo samabhodi ethu e-inference carrier kanye ne-AI edge. Ukukhiqiza kwe-FR4 PCB amandla.
• I-laminate elahlekelwa kakhulu: I-Isola FR408HR, i-Isola I-Tera MT40 — Umzila we-PCIe Gen4 kuya ku-Gen5 kubaphathi be-accelerator abanobude obumaphakathi besiteshi.
• I-laminate elahlekelwa kakhulu: I-Isola Tachyon 100G, i-Panasonic Megtron 7 — izinhlelo zokuphetha eziphezulu ezidinga ubuqotho besignali ye-premium kumzila we-Gen5/Gen6 wesiteshi eside noma amabhodi enethiwekhi ye-112G PAM4.
• I-RF / imvamisa ephezulu: i-laminate ekhethekile elahlekelwa kancane, i-laminate ekhethekile elahlekelwa kancane — izithwali ze-accelerator ezihlanganiswe ne-wireless noma i-mmWave front-ends. ukukhiqizwa kwe-PCB ye-laminate ephansi yokulahlekelwa okukhethekile.

3. Izinhlobo Zebhodi Ezakhiwe Yiseva Yethu Yokukhomba Umugqa Wefektri Ye-PCB

Ifektri ye-PCB yeseva yokunquma ayivamile ukwakha uhlobo olulodwa lwebhodi ngohlelo ngalunye lwekhasimende. Ipulatifomu evamile yokunquma ihilela ibhodi eliyinhloko, izithwali eziningi zokusheshisa, izithwali zenethiwekhi, izinhlaka zokugcina, kanye nesethi yamabhodi okuphatha kanye nawamandla - konke kuhlanganiswe ngaphansi kwesivumelwano esisodwa sokukhiqiza.

Amabhodi okuthwala i-accelerator ye-Inference

• Abathwali be-GPU: Izithwali ze-PCIe slot-form-factor ze-NVIDIA L40S (300W), L4 (72W), H100 NVL (400W ngepheya ngalinye), A2 (60W); ngokuvamile ukwakhiwa kwezingqimba eziyi-10-14 ku-laminate ephakathi nokulahlekelwa.
• Isiphetho esenziwe ngokwezifiso sabathwali be-ASIC: Izithwali ezizinikele ze-AWS Inferentia, i-Google TPU v4i/v5e, i-Sambanova, i-Groq, i-Cerebras inference, kanye nama-chip akhethekile e-hyperscaler. Izingqimba ezijwayelekile eziyi-14-22 ezinokulethwa kwamandla aqinile kanye nokusekelwa kwe-HBM-host.
• Abathwali be-FPGA inference: I-AMD Alveo (U200/U250/U280/V70/V80), amakhadi e-Intel Agilex, e-BittWare — izendlalelo ezingu-16–24 kuye ngokuthi isistimu encane yememori ikuphi.
• Amabhodi ebhuloho e-NVLink (H100 NVL): amabhodi amancane anemvamisa ephezulu akhiwe ku-Tachyon 100G; ukuhlanganiswa kwesixhumi se-precision blind-mate.

Amabhodi amakhulu eseva yokukhomba

• Amaseva okucabanga nge-slot ye-PCIe ye-2U / 4U: amabhodi amakhulu e-Xeon noma e-EPYC anezimbobo ze-PCIe Gen5 ezingu-4–10; ukwakhiwa kwezingqimba ezingu-12–18; isigaba sebhodi elikhulu kakhulu embonini yethu ye-PCB yeseva yokunquma.
• Amaseva okuphetha ahlanganisiwe e-1U: amabhodi amakhulu anesokhethi elilodwa noma aphansi anesokhethi elikabili lamapulazi okucabanga nge-hyperscaler; ama-stackup alungiselelwe izindleko.
• MGX Modular platform amabhodi amabhodi: Amabhodi amakhulu eseva ye-modular building-block ye-NVIDIA MGX asekela ukucushwa kwe-CPU + GPU + DPU okuxubile; okujwayelekile yizingqimba ezingu-14–18.
• Amabhodi amakhulu okufingqa ibhokisi le-Edge-PC: izici ezincane zokwakheka ezingama-100–250 mm ezine-SoC ehlanganisiwe, i-M.2 NVMe, amachweba amaningi e-GbE; ukwesekwa komklamo wokushisa okungena-feni.

Izithwali ze-interface yenethiwekhi

• Izithwali ze-OCP NIC 3.0 mezzanine: Ama-mezzanine e-SFF (76 × 115 mm) kanye ne-TSFF/LFF (76 × 139 mm) axhumeka kalula e-ConnectX-7 (400G), i-BlueField-3 DPU, i-Intel E810 (100G), i-Broadcom Thor (200G/400G).
• Izithwali ze-NIC ze-PCIe slot: izinkampani zenethiwekhi eziphansi neziphakeme kakhulu zethrafikhi yokubikezela ye-10/25/100/200/400 GbE.
• Izithwali ze-SmartNIC kanye ne-DPU: I-NVIDIA BlueField-3, i-Pensando, i-Marvell Octeon — izithwali ze-DRAM ezingqimba ezingu-14–16 kanye nezixhumi zokuphatha.

Amabhodi okuphatha kanye nezindawo zokugcina izimpahla

• Izindiza zangemuva ze-NVMe: Ama-backplane e-U.2/U.3 PCIe Gen4/Gen5 ashintshashintshayo ashisayo esitoreji sendawo seseva yokuphetha.
• Amapulani angemuva e-E1.S / E3.S EDSFF: Amafomethi e-NVMe aphezulu aphezulu avelayo amapulatifomu okuqagela e-hyperscaler.
• Izithwali zokunwetshwa kwe-M.2: amakhadi endodakazi aphethe amadrayivu amaningi e-M.2 NVMe.
• Amabhodi okuphatha e-BMC: Amabhodi eprosesa yesevisi asekelwe ku-ASPEED AST2600.
• Amabhodi e-bezel ephaneli engaphambili kanye ne-I/O yangemuva: Ama-PCB okuhlanganisa i-chassis yama-LED esimo, izinkomba zesevisi, amachweba enethiwekhi ye-front-bezel.

Amabhodi okuthwala izincazelo amancane naphakathi

• Izithwali zeJetson Orin Nano / NX / AGX: Izithwali ezinezingqimba ezingu-8–12 ezinemizila yekhamera ye-CSI, i-USB 3.x, i-GbE, i-GPIO, ibhasi le-CAN, i-RS-232/485, amasokhethi e-M.2 — ezakhiwe ku-Isola 370HR noma i-FR408HR.
• I-Hailo, i-Ambarella, abathwali be-accelerator be-Qualcomm AI: izithwali ezincane zamakhamera ahlakaniphile, ukuqagela ngaphakathi emotweni, i-AI yokuthengisa.
• Amabhodi onqenqema e-Multi-NPU: izinkampani zenethiwekhi ezenziwe ngokwezifiso ezisingatha ama-chip e-NPU angu-2–8 ukuze kutholakale ukuqagela okufakiwe okusatshalalisiwe.

4. Ukugeleza Kwekhwalithi kanye ne-AVL e-Inference Server PCB Factory

Ama-OEM ehadiwe yokunquma ye-Tier-1 awathengi efektri ye-PCB yeseva yokunquma ngokusekelwe kumashidi okwazi kuphela. Asebenzisa izinhlelo ezisemthethweni zokufaneleka kwe-AVL ezinyangeni ezi-3-9. Ifektri yethu yakhelwe ukusekela lokho kugeleza ngaphandle kokukunciphisa ijubane.

Ukulawulwa kwekhwalithi okuqondile kwe-PCB yeseva ye-Inference

• I-AOI engu-100% yengqimba yangaphakathi kuzo zonke iphaneli ezibhekene noGerber
• Ukuqinisekiswa kokubhaliswa kwe-X-ray kubathwali benani eliphezulu esihlokweni sokuqala kanye nemvamisa yokusampula evunyelwene ngayo
• Ukuthatha amasampula e-microsection: isihloko sokuqala 100%; kucutshungulwa njalo ngemvamisa yekhasimende. Ubukhulu beplati, ngobuqotho bemigqomo, ukuhlelwa kwesendlalelo
• Ukuqinisekiswa kokuphazamiseka kwekhuphoni le-TDR kuwo wonke amaphaneli
• Ukuhlolwa kukagesi okungu-100%: i-flying probe (ivolumu ephansi ephakathi) noma i-fixture (ivolumu ephezulu)
• Ukuhlolwa kwekhuphoni le-S-parameter (uma kuceliwe): ukulahlekelwa kokufakwa, ukulahlekelwa kokubuyiselwa, ukukhuluma nge-crosstalk ku-40 GHz
• Umbono wokugcina: I-IPC-A-600 Class 2 standard, Class 3 uma iceliwe

Imibhalo ngokulethwa ngakunye

• Isitifiketi Sokuhambisana nenani lezinto ezibonakalayo kanye nokulandelelwa kokusebenza kwenqubo
• Izitifiketi zezinto (i-laminate, i-prepreg, i-copper foil)
• Umbiko wokuhlolwa kukagesi
• Umbiko wokuhlolwa kwe-TDR impedance ngephaneli ngayinye
• Umbiko we-Microsection (isihloko sokuqala + isampula)
• Amalogi okuhlola e-AOI
• Amarekhodi okuhlola okubonakalayo ekilasini le-IPC-A-600
• Izimemezelo ze-RoHS, i-REACH, izingxabano namaminerali
• Ilogi yokulandelela inqubo

Ukugeleza kweziqu ze-AVL efektri yethu ye-PCB yeseva yokunquma

• Ukuhlolwa kwangaphambi kokufaneleka: ukuvakashela indawo yethimba lekhwalithi yamakhasimende; ukubuyekezwa kwemishini, inqubo, izilawuli zemvelo, ilebhu, isitifiketi somsebenzisi.
• Ukucubungula amadokhumenti: Idatha ye-SPC kumapharamitha abalulekile, izinhlelo zokulawula, i-FMEA, i-MSA.
• Isampula yokwakhiwa kwesihloko sokuqala: Isampula yezingcezu ezingu-25–200 ze-PCB yeseva yokuphetha emele enemibhalo ephelele.
• Ukuqinisekiswa kwekhasimende: ezemvelo (ukujikeleza kokushisa, umswakama, ukushaqeka komshini), ukusebenza kwezinga lesistimu kanye nokuhlolwa kokucindezeleka ngaphansi kwezinqubo zamakhasimende.
• Ukuvunyelwa okusemthethweni kwe-AVL: ubunjiniyela obuhlanganisa imisebenzi ehlukahlukene, ikhwalithi, ukukhiqiza, ukusayinwa kokuthengwa kwempahla — ithimba lethu lisekela izidingo zamadokhumenti kuzo zonke izinyathelo.
• Ukugcinwa kwe-AVL: Amakhadi e-PPM, ukulethwa ngesikhathi, izilinganiso zesikhathi sokuphendula; ukuhlolwa kabusha njalo.

5. Ubunjiniyela Bezindleko Zezinhlelo ze-PCB Zeseva Enesilinganiso Esiphezulu

Izinhlelo ze-PCB zeseva yokukhomba zisebenza ngevolumu ephezulu kakhulu kunehadiwe yokuqeqesha. Inani lezomnotho elinikezwa ifektri yeseva yokukhomba ye-PCB lisebunjiniyelani bezindleko obuhlelekile kulo lonke lelo nani.

Ukulungiswa kwenani lezingqimba

• Ukuhlanganiswa kwe-stackup: Ithimba lethu lobunjiniyela libuyekeza ubuningi be-routing ukuze libone ama-layer pair angasuswa; i-pair ngayinye esusiwe inciphisa izindleko zamayunithi ngo-7-12% kuma-mainboard ajwayelekile okuphetha.
• Isiyalo se-Symmetric stackup: Ama-stackup alinganayo athuthukisa isivuno samaphaneli ngokunciphisa i-warp; ukuhweba kubhalwe phansi ukuze kuvunyelwe amakhasimende.

Ukufakwa esikhundleni kwezinto ezibonakalayo efektri ye-PCB yeseva yokunquma

• I-FR408HR → 370HR eziteshini ezimfushane: lapho ukulingiswa kobuqotho besignali kuqinisekisa isabelomali sokulahlekelwa esamukelekayo, izinto zekilasi le-IS410 zonga u-15–20% ngaphezu kwe-FR408HR.
• I-I-Tera MT40 → FR408HR kumasignali anesilinganiso esimaphakathi: lapho ukusebenza kwe-25G SerDes kufushane, izinto ezisezingeni eliphakathi zingase zanele.
• Ukuhlanganiswa kwe-hybrid: izinto ezilahlekelwa kakhulu ezingqimbeni zesignali ezibalulekile kuphela; izinto ezibiza kakhulu emandleni, emhlabathini, izimpawu ezihamba kancane — inqubo yokukhiqiza efanelekile ngokugcwele.

Ukuqedwa komphezulu kanye nokufakwa kwamaphaneli

• I-OSP phezu kwe-ENIG lapho inqubo yokuhlanganisa ivumela: Ukunciphisa izindleko zokuqeda ubuso ngo-10–15%.
• I-ENIG ekhethiwe: I-ENIG kuphela ezindaweni ezifanelana nokucindezela kanye nezixhumi ezisemaphethelweni; i-OSP kuma-pad ajwayelekile.
• Amaphaneli e-multi-PCB omndeni webhodi: ibhodi elikhulu + inkampani yokuthwala + ibhodi le-bezel elihlanganiswe ndawonye kunciphisa izindleko zokusetha eziphelele.
• Ukunciphisa inani lamathuluzi ngevolumu yonke: ubukhulu bezindawo ezinkulu busakazeka nge-NRE ngengxenye ngayinye.

Ukusekelwa kwesikhathi eside

• Ukuqapha umjikelezo wokuphila kwezinto: Ifektri yethu ilandelela ama-PCN e-laminate; izinguquko ezifanele ziphawulwe ezinhlelweni zamakhasimende kusenesikhathi.
• Ukufakwa esikhundleni okubhalwe phansi: kuzo zonke izinto ezifanelekile, kubhalwe phansi ezinye izindlela ezicishe zifane.
• Ukuqoqwa kwezinto ezisetshenziswayo: ngezinhlelo zokuphetha ezibaluleke kakhulu, ukubhukha indawo yezinto ezibonakalayo.
• Ukuhlela kwe-EOL: Ukuhlela kusengaphambili kwezinyanga ezingu-18-24 ekupheleni kokukhiqiza; umthamo wokukhiqiza izingxenye ezisele ugodliwe.

6. Ukubandakanya i-Highleap njenge-Inference Server yakho ye-PCB Factory

Izinhlelo zokuqagela zesikhungo sedatha

• Ukwakhiwa kwesibonelo: Imodeli yezingcezu ezingu-25-100 ekuguqulweni kwezinsuku ezingu-7-12 zokusebenza kwezinkampani zokuthwala izithuthukisi kanye namabhodi amakhulu anezingqimba ezingu-14-18.
• Amasampula okufaneleka: Izingcezu ezingu-200–1,000 zokufaneleka kwemvelo, ukuhlolwa kwezinga lesistimu, ukuvunyelwa kwekhasimende le-AVL.
• Ukukhiqizwa kwe-pilot: Ivolumu yokuqala isebenzisa amayunithi angu-2,000–10,000 futhi umthamo wayo ugodliwe ngokumelene nokuzinikela kwamakhasimende.
• Ukukhiqizwa komthamo: ukulethwa okuhleliwe njalo ngenyanga noma masonto onke ngokumelene nokubikezela okuqhubekayo; izinhlelo zisebenza iminyaka emi-3-5 ngesidingo esiqhubekayo.

Ukuqagela kwe-Edge kanye nezinhlelo ze-AI ezifakiwe

• Isibonelo: Izingcezu ezingu-25–100 ekushintsheni kwezinsuku ezingu-5–8 zokusebenza kwamabhodi okuthwala i-AI ajwayelekile anezingqimba ezingu-8–12.
• Ukufaneleka: ukusebenza kwezinga lokushisa elibanzi, ukuhambisana kwengubo ehambisanayo, ukuhlolwa kokudlidliza ngokwe-EN 50155 noma okulingana nekhasimende.
• Ukukhiqizwa komthamo: ngokuvamile ziyahlukahluka kakhulu kunesikhungo sedatha; izinhlelo ze-buffer-stock kanye nezinhlelo ze-consigned-inventory eziwusizo kuma-OEM e-AI asemaphethelweni anesidingo esiqhutshwa yiphrojekthi.
• Ukusekelwa kwesikhathi eside: Imijikelezo yokuphila yokuthunyelwa yeminyaka eyi-10+ ivamile; Ukuhlela kwe-EOL kanye nokufakwa esikhundleni kwezinto kusekelwa kuyo yonke indawo.

Izinhlelo ze-ASIC zokuphetha ngokwezifiso

• Ubambiswano lobunjiniyela: i-stackup yesigaba sokuqala, ukumodela kwe-impedance, izincomo zezinto ezibonakalayo — ngokuvamile zifakwa ezinyangeni ezingu-9-12 ngaphambi kwe-silicon yokuqala.
• Ukubuyekezwa kokuqala kwe-silicon: ukwakhiwa kweprototype okusheshayo okuhambisana ne-ASIC tape-out kanye nesheduli yokukhulisa.
• Irempu yokukhiqiza: Ukubhukha umthamo kufaniswe nerempu yokunikezwa kwe-ASIC; ukuhlanganiswa okuqinile phakathi komhlinzeki we-silicon, ifektri ye-PCB, umlingani we-OEM assembly.
• Ukuvikelwa kwe-NDA kanye ne-IP: ithimba lobunjiniyela elizinikele kanye nokugeleza kolwazi okuhlukanisiwe kwezinhlelo eziyimfihlo.

I-Highleap Electronics iyifektri yokukhiqiza nokuhlanganisa i-PCB enesevisi ephelele; ikhono lefektri ye-PCB yeseva yokukhomba elichazwe kuleli khasi lingenye yezinhlelo eziningana ezikhethekile esiziqhubayo. Sinesitifiketi se-ISO 9001 kanye ne-IATF 16949, esinokugeleza kwenqubo okuhambisana ne-AS9100D okutholakalayo. Umugqa wethu wesivinini esiphezulu womsebenzi wefektri ye-PCB yeseva yokukhomba uhlonyiswe nge -laser direct imaging ku-25 µm resolution, ukubhoboza emuva okujulile okulawulwayo ku-±5 mil tolerance, ukumbozwa kokuhlolwa kwe-impedance okungu-100% nge-TDR, ukuhlukaniswa kwepharamitha ye-S kuya ku-40 GHz uma kuceliwe, kanye nekhono le-microsection lokuqinisekiswa kwesihloko sokuqala kanye nenqubo.

Thumela amafayela e-Gerber, idatha yokubhoboza, ukucaciswa kwe-stackup, inani eliqondiwe, kanye nesikhathi sohlelo ngokusebenzisa ingosi yethu yesilinganiso esiku-inthanethi ukuze uthole impendulo yamahora angama-24. Ukuze uthole izinhlelo zefektri ze-inference server PCB eziyinkimbinkimbi — abathwali be-ASIC abangokwezifiso, amapulatifomu e-AI asemaphethelweni, ukugeleza kweziqu ze-hyperscaler — ithimba lethu lobunjiniyela lingasebenzisana ngqo. Ukuze uthole okuqukethwe okuhlobene nekhono, bheka amakhasi ethu ekukhiqizweni kwe-AI server PCB kanye nokukhiqizwa kwe-AI computing hardware PCB.