【Hangjing New Product Release】- Low Jitter 2016, 312.5Mhz Differential OSC

Diad panaon natan ya ondarakel so angkakabaleg iran modelo na AI, say pakayari na panag-compute so nagmaliw ya manunan puersa na digital ya ekonomya. Manlapud panagpasal na sanlasus-bilyon-parameter models anggad trilyon-level inference tasks, kada iyaaligwas ed AI computing power et mandedependin maong ed atagey-peles, abeban-latency, tan napanmatalkan ya optical interconnect networks ed loob na data center. Diad kaplesan, saray AI computing networks et ondadalan ed sakey a pananguman ya upgrade-maples ya onkukurang manlapud baleg-scale deployment na mainstream 800G optical modules ya anggad 1.6T, tan akaparaan lan sigpot ya onloob ed panaon na 3.2T ultra-high- interconnect diad arapen. Diad benegan na sayan pandodoble na data rates, walay onlelesa ya makapadisturbo tan malet ya pankaukolan parad frequency tan jitter ya performance na saray kabiangan na relo. Say performance na clock source so direktan mandetermina ed interconnect bandwidth, transmission stability, tan inkalapagan ya inkaepektibo na panagkuenta na AI clusters, tan nagmaliw ya sakey ed saray kritikal ya teknikal ya bottleneck parad ultra-high-speed optical interconnects ed 800G/1.6T/2T.3.

Bilang ebat ed saray arawrawin pankaukolan na ultra-high-speed interconnect manlapud 800G anggad 3.2T ed panaon na AI, opisyal ya inlunsad na Hangjing Electronics so 312.5MHz 2016-package ya high-fundamental-frequency, -{8}}, - ya nanduruman ultractery oscillator. Sayan produkto et ginawa parad high-speed optical modules tan AI ultra-high-speed interconnects, ya eksakton makasumpal ed saray kakaukolanen na relo na 800G/1.6T/3.2T optical modules, ya onlampas ed saray limitasyon na tradisyonal ya 156MHz. frequency-multiply solutions. Makagawa na duaran breakthroughs ya walay tipikal ya phase jitter ya 30fs tan ±20ppm ya frequency stability ed interon temperatura, ya mangiiter na mas puro tan mas stable ya precision clock foundation parad ultra-high-speed AI computing networks.

Akin et 312.5MHz? Saray Manunan Bentaha ya Onlampas ed Tradisyonal ya 156.25MHz Frequency-Multiplying Solutions

Diad andukey a panaon, say 156.25MHz so manunan frequency na relo ed low-to-mid-speed optical module market, ya matukoy ed tradisyonal ya 10G/40G/100G optical interconnect scenarios. Balet, legan ya ondalan ed komprehensibon upgrade iray AI computing clusters manlapud 800G ya anggad 1.6T tan 3.2T ultra-high-speed architectures, say per-lane data rate et dinmaak. Kanian, saray limitasyon na saray kombensional a frequency-multiplying solutions et lalon inmaligwas, kanian sikaray kritikal ya bottleneck ya mangaamper ed pakagamor na ultra-high-speed bandwidth. Diad ultra-high-speed transmission systems, say unit interval (UI) na signal symbols et onkupas a maong legan ya ondarakel so data rates, ya pansengegan na exponential compression na timing margin tan geometric ya idakel na pankaukolan parad clock purity tan frequency accuracy. Say balon inlunsad ya 312.5MHz true fundamental-frequency direct-drive crystal oscillator manlapud Hangjing et manunan mamaandi ed saray isyu na ungol, latency, tan ag-inkayadyari ya misiglaotan ed panagparakel na frequency. Saya so perpekton matukoy parad interon spectrum na 800G anggad 3.2T ultra-high-speed AI interconnect scenarios, ya mangiiter na kalidad na performance parad high-end computing networks.

Manunan Konklusyon: Diad iterative evolution na AI ultra-high-speed interconnects manlapud 800G anggad 3.2T, no mas atagey so transmission rate, mas atagey so nakaukolan ya clock frequency tan mas abeba so jitter tolerance. Say pandoble ed data rate et epektibon mamawala na kapaldua ed signal sampling window. Say spurious noise tan timing deviations ya walad tradisyonal ya 156.25MHz frequency-multiply solutions et direktan mangitonton ed bit errors, pakaandi na lock, tan ag pakagamor na full bandwidth utilization ed ultra-high-speed links. 312.5 MHz et sakey a native referenced high lock - ya indeskribe na IEEE 802.3 ya estandarte, ya perpekton mipara ed manunan arkitektura na relo na 800G/1.6T/3.2T ya optical modules. Say pangagamil na peteg a fundamental-frequency 312.5MHz crystal oscillator-ya agmankaukolan na on-chip frequency multiplication tan agmangiter na kaaruman ya ungol-manpreserba na magenap a timing margin parad ultra-high{{23}ped}s signals. Saya so mangirerepresenta na sankaabigan ya solusyon ed relo parad ultra-high-speed optical interconnects diad AI supercomputing centers.

Apatiran Manunan Features ya Inadapta parad High-Speed ​​Optical Modules ed Panaon na AI

1. Ultimate Purity: 30fs Ultra-Low Phase Jitter – Manproprotekta ed Lifeline na AI Computing Transmission

Diad saray AI clusters, say komunikasyon ed baetan na saray GPU et mankantidad natan na masulok ya 30% na dagup ya pakayarin mankompyuter. Antokaman ya lingo ed pangipasabi et manresulta ed pangipasabi lamet na data, ya makaamper a maong ed inkaepektibo na panagpasal na interon grupo.

Say Hangjing 312.5MHz differential crystal oscillator et makakagamor na tipikal a phase jitter ya anggad 30fs ed loob na 12kHz-20MHz integration range, ya mangookupa labat na 0.03% na unit interval (UI) na 10G SerDes signal. Sayan performance et manpreserba na masulok ya 99% na jitter budget parad saray signal ya linmabas ed high-loss PCB traces tan dinmalan ed optical-electrical conversion. Saya so makatantandan mamaaligwas ed pre-FEC signal-to-noise ratio margin, mamalaknab na decision window na DSP algorithms, tan mamaseguro na zero bit errors parad AI data legan na high-speed transmission-ya mangidirehi ed kada onsa na pakayari na panag-compute ed no iner so sankaimportantian.

2. Kasusto tan Inkapekder: ±20ppm ed interon Temperatura – Anggapoy Frequency Drift ed Silong na Grabe iran Kondisyon

Saray AI data center et walaan na atagey a karakel na server, ya say lokal ya pananguman na temperatura et onabot ed samploran degrees Celsius. Say frequency drift ed clock source et direktan pansengegan na link loss-na-lock, ya pansengegan na pakaandi na cluster communication.

Diad pangusar na sarili ton atagey a frequency crystal wafer technology tan saray teknik na precision temperature compensation, sayan Hangjing series et malet ya mansiasiansia ed frequency stability ed loob na ±20ppm diad industrial-grade wide temperature range ya manlapud -40℃anggad 6} degree. Balanglan diad atagey a temperatura na server room no tiagew odino diad abeban temperatura na outdoor edge computing nodes no panaoy ambetel, say output frequency et mansiansian susto, ya sigpot ya naekal iray AI cluster communication failures lapud temperature drift.

3. Differential Output: Mabiskeg ya Anti-Interference – Matukoy parad Komplikadon AI Electromagnetic Environments

Say PCB density ed loob na AI servers et atagey a tuloy, tan say electromagnetic interference ya ipapawala na saray high-speed ya kagawaan a singa saray GPU, CPU, tan memorya et komplikadon tuloy. Saray single-ended clock signals et mainomay ya naapektoan na ungol, ya pansengegan na signal distortion.

Say Hangjing 312.5MHz crystal oscillator et manusuporta ed duaran manunan differential output formats-LVDS tan LVPECL-epektibon mamatunda ed common-mode noise tan mamaseguro na inkapuro tan inkapekder na clock signal ed andukey a distansya na transmisyon tan diad komplikadon electromagnetic ya kaliberliber. Saya so sigpot a mipara ed saray SerDes chip interface na saray manunan manggagawa a singa say Broadcom, Marvell, tan Intel, ya mangiiter na napanmatalkan a garantiya parad AI high-speed interconnects.

4. Miniaturized Package: 2016 Footprint – Inadapta ed High-Density AI Integration

Pian napalaknab so computing density ed kada rack, saray AI optical modules et maples ya onkukurang ya mamaarap ed miniaturization tan atagey a densidad, ya mangitilak na lalon limitadon espasyo parad saray kabiangan na relo.

Say balon inlunsad ya produkto et walaan na melag ya 2.0×1.6mm (2016) ya pakete. Bangta mangiiter na arawrawin performance, saya so makatantandan mamapaabeba ed okupadon lugar, ya mangiiter na makanakanan espasyo ed saray space-constrained optical module PCBs parad saray manunan kabiangan a singa saray laser tan DSP chips. Saya so mangiter na pakayari ed saray managgaway optical module pian makagamor na mas atagey a-density ya integrated designs, ya lalon mamarakep ed interconnect bandwidth tan computing density ed kada AI rack.

Say Manunan Pundasyon na Relo parad Panaon na AI

Diad kaplesan, say pakayari na AI ed panag-compute et ombabaleg ed tinaon a peles ya masulok a samploran danay. Saray computing network et maples ya manguuman manlapud angkakabaleg ya 800G ya anggad 1.6T, bangta say ontumbok ya 3.2T ultra-high-speed ya arkitektura et linmoob lad R&D tan implementation phase. Say kapeles na iteration na optical interconnect bandwidth so direktan mandetermina ed sankatageyan a limitasyon na training tan inference efficiency parad angkakabaleg iran modelo na AI. Say manunan kakaukolanen ed benegan na sayan leapfrog ya idakel na data rates et say mas atagey ya clock fundamental frequency ya inlaok ed abeban phase jitter. Say manunan kabaliksan na high-speed transmission et walad maples ya panag-sampling tan panag-decode na high-frequency signals: no mas atagey so data rate, mas dakel so simbolo ya na-transmit kada unit time, tan mas malet so kakaukolanen parad clock synchronization accuracy tan signal purity. Anggan saray melag ya clock jitter odino frequency deviations et napalaknab na high-speed links ed angkakabaleg iran data bit errors, transmission stuttering, tan link dropouts, ya direktan mamakapuy ed computing power output na interon AI clusters. Bilang say native core clock frequency parad 800G/1.6T/3.2T high-speed optical modules, say 312.5MHz so mangirerepresenta ed sentro na clock frequency parad angkakabaleg iran aplikasyon ed ontumbok ya henerasyon na AI supercomputing data centers, ya sigpot ya onsusuporta ed ultrahigh--peed mankokonektaan iray pankaukolan na saray high-end AI clusters.

Say balon inlunsad ya 312.5MHz ultra-low jitter differential crystal oscillator manlapud Hangjing et aglabat akagawa na baleg ya performance breakthrough noagta nasumpal to met so abayag lan monopolyo na saray dayon manggagawa ed high-end optical module clock domain, ya mangiiter ed domestic chain na AI ed autonomous ya solusyon ed relo. Manlapud GPU high-speed interconnects anggad switch backplanes, manlapud data center core networks anggad edge computing nodes, sayan produkto so mangiiter na rock-solid ya "precise heartbeat" pian napaaligwas so maples ya iyaaligwas na industriya na AI na China.

Saray Manunan Senaryo na Aplikasyon

AI Computing Clusters: High-speed GPU NVLink interconnects, PCIe 5.0/6.0 interfaces, AI server motherboards

Mainstream High-Speed ​​Optical Modules: 800G QSFPDD, 1.6T OSFP optical modules, ya mipara ed saray optical modules parad 800G, 1.6T, tan 3.2T ultra-high-speed interconnect architectures diad AI data center

Kagawaan ed Pan-network: 3.2T/6.4T Ethernet switches, routers, AI cluster firewalls

Gabay ed Panpili