New T a sceive s E able AI Builde s to Scale Compute Withi the Same Netwo k Footp i t While Reduci g Netwo ki g’s Sha e of the Powe Budget
Ult a-De se Small Fo m Facto Pluggable
- Ult a-De se Small Fo m Facto Pluggable (USFP) is desig ed to be the fi st module to suppo t 400Gb/s-pe -la e elect ical sig als, e abli g capacity up to 12.8Tb/s so AI facto y builde s ca scale Ethe et AI fab ics, while exte di g a p ove deployme t model ac oss multiple ge e atio s of data ce te etwo ks.
- USFP delive s 4x the ba dwidth de sity a d 1.3x the powe efficie cy of 200Gb/s-pe -la e optics so AI facto ies ca co ect mo e computi g systems without addi g etwo k tie s, while usi g less powe to move each bit of data.
- NVIDIA a d Cisco a e wo ki g with TE Co ectivity a d Amphe ol to build a multi-sou ce ha dwa e ecosystem a ou d USFP.
SAN FRANCISCO, Oct. 12, 2026 (GLOBE NEWSWIRE) — OCP — NVIDIA a d Cisco today a ou ced pla s fo Ult a-De se Small Fo m Facto Pluggable (USFP), a ew high-de sity 400Gb/s-pe -la e optical module desig ed to equip the ha dwa e ecosystem fo the ext ge e atio of AI facto ies usi g pluggable t a sceive s.
As AI models g ow a d i fe e ce dema d expa ds, AI facto ies must co ect mo e computi g systems while ma agi g etwo k complexity, powe a d costs. Movi g mo e data pe watt a d pe switch helps ope ato s make bette use of thei i f ast uctu e i vestme ts.
Scali g AI facto ies equi es mo e ba dwidth pe co ectio a d mo e co ectio s pe switch. Whe a switch eaches its capacity, fu the etwo k expa sio ca equi e additio al switch laye s a d optical li ks, i c easi g late cy, powe co sumptio a d costs.
USFP is desig ed to e able AI facto y builde s to scale f om 200 Gb/s pe la e to 400Gb/s-pe -la e Ethe et AI fab ics, while exte di g a deployme t model p ove at scale ac oss multiple ge e atio s of data ce te etwo ks. With USFP, custome s ca emb ace ext-ge e atio optical tech ology a d meet the pe fo ma ce dema d of AI wo kloads without ove hauli g thei data ce te i f ast uctu e.
The fi st pla ed USFP-based t a sceive s will pack 16 full-duplex la es i a octal small fo m facto (OSFP)-sized footp i t suppo ti g both switches a d Supe NICs, with the ability to expa d to 32 a d mo e la es i the futu e. By doubli g both the la e cou t a d ba dwidth pe la e, USFP e ables AI fab ics to co ect mo e 1.6Tb/s e dpoi ts without addi g etwo k tie s. Custome s will be able to achieve 12.8Tb/s of ove all capacity with USFP.
Compa able with a OSFP-sized module, it delive s 4x the ba dwidth a d f o t-pa el ba dwidth de sity, with app oximately 1.3x the powe efficie cy, ve sus 200Gb/s-pe -la e pluggable modules. This mea s AI builde s ca i c ease thei compute scale withi the same etwo k footp i t, while dec easi g etwo ki g’s sha e of the ove all AI facto y powe budget.
“Buildi g the wo ld’s la gest AI facto ies sta ts with ethi ki g the smallest of co ectio s,” said Gilad Shai e , se io vice p eside t NVIDIA. “With USFP, NVIDIA a d Cisco a e buildi g a ecosystem to ei ve t pluggable optics — co ecti g mo e computi g with g eate efficie cy to powe the ext ge e atio of AI facto ies.”
“AI builde s eed a i te co ect a chitectu e that ca scale pe fo ma ce without locki g them i to a mo e complex ope ati g model,” said Bill Ga t e , se io vice p eside t a d ge e al ma age of optical systems a d optics at Cisco. “Cisco a d NVIDIA ecog ized that scali g pluggable optics to 400Gb/s pe la e would equi e mo e tha a othe i c eme tal exte sio of today’s module desig s. Th ough ou collabo atio , USFP is desig ed to delive a ew level of ba dwidth de sity while p ese vi g the se viceability, deployme t flexibility a d ope atio al simplicity of pluggable optics. By taki g a full-stack app oach — f om silico a d systems to optics a d the etwo k ope ati g system — we ca optimize eve y laye to delive the pe fo ma ce a d scale the ext ge e atio of AI etwo ks will equi e.”
USFP suppo ts powe dissipatio of up to 100 watts without eedi g a sepa ate, dedicated embedded cooli g ci cuit withi the t a sceive , educi g switch desig complexity a d imp ovi g eliability. Togethe , these capabilities e able highe -ba dwidth fab ics while p ese vi g the matu e deployme t, se viceability a d ma ufactu ability of existi g pluggable t a sceive s.
All USFP co figu atio s suppo t optical desig s that educe late cy a d powe co sumptio by simplifyi g sig al p ocessi g. Suppo t fo a b oad a ge of optical tech ologies a d co ectio dista ces gives system desig e s the flexibility to meet u ique AI facto y deployme t eeds.
The collabo atio builds o NVIDIA a d Cisco’s existi g wo k to e su e NVIDIA Spect um-X™ Ethe et etwo ki g a d Cisco Silico O e-based Ethe et etwo ks wo k togethe seamlessly, simplifyi g AI i f ast uctu e deployme t fo e te p ises, eoclouds a d sove eig clouds.
NVIDIA a d Cisco pla to c eate a ope i dust y specificatio fo USFP th ough a upcomi g commu ity-led multi-sou ce p oject.
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Reade s a e cautio ed that these fo wa d-looki g stateme ts a e o ly p edictio s a d may diffe mate ially f om actual futu e eve ts o esults due to a va iety of facto s, i cludi g: busi ess a d eco omic co ditio s a d g owth t e ds i the etwo ki g i dust y, ou custome ma kets a d va ious geog aphic egio s; global eco omic co ditio s a d u ce tai ties i the geopolitical e vi o me t; ove all i fo matio tech ology spe di g; the g owth a d evolutio of the I te et a d levels of capital spe di g o I te et-based systems; elia ce o ew p oduct i t oductio s a d acceptable ma ket accepta ce of those ew p oducts; a d othe facto s listed i Cisco’s most ece t epo ts o Fo m 10-K a d Fo m 10-Q filed with the SEC. A y fo wa d-looki g stateme ts i this elease a e based o limited i fo matio cu e tly available to Cisco, which is subject to cha ge, a d Cisco will ot ecessa ily update the i fo matio .
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