OCE14000B Datasheet, PDF (1/4 Pages) List of Unclassifed Manufacturers – Accelerates applications and storage performance

CONNEC_DT_A-_TD_AA_ST_HA_ES_EH_TEET
OC_OEoCtnChev1_eee14_rnr40g_e00e_t00d_N0BN_e11_te00_wtGGw_obbo_rkE_arknAa_dnA_ddd_a4pa40ptG0_etGrbesrbsE
Hig_Hh_iP_ge_hr_Pfo_er_rm_foa_rn_mc_ae_nN_ce_et_Nw_eo_tr_wk_oin_rg_kif_no_gr _fE_on_rte_Enrp_teri_rs_pe_rV_isi_ert_Vu_ia_rtli_uz_aa_lt_ii_zo_an_tia_on_nd_at_nh_de_tC_hl_eo_Cud_loud
One^OCⁿo^en^Cn^oeⁿcⁿt^eO^cC^t e^O1^C4^e0¹0⁴0⁰F⁰a⁰m^Bi^Fly^amily
Overview
The^OO^vC^ee^r1^v4^ie0^w00B family of Converged Network Adapters (CNAs) provides high
perf^Ao^srm^tha^en^fc^oe^u1^rt0^hG^gb^eEⁿt^eh^re^ar^tn^ioeⁿt (^o1^f0^tG^hebE^E)^ma^un^ld^ex40^OGⁿb^eE^Cc^ooⁿnⁿn^ee^cc^t®ti^pvi^rt^oy^dd^ue^cl^tiv^leⁱⁿr^ein^,g^thm^eu^Olt^Cip^e1le⁴⁰⁰⁰
ben^fe^af^mits^ilf^yo^or^ft^Eh^te^he^en^rnte^er^tpⁿr^eis^te^wc^olo^rku^ad^d, i^an^pc^tl^eu^rd^si^png^ro: ^{vides high performance 10Gb Ethernet}
(10GbE) and 40GbE connectivity delivering multiple benefits for the enterprise
n In_cc_lore_ua_ds_,in_ing_cd_lua_dta_inc_ge_:nter IT agility and scalability through deployment of a secure
m_nul_It_ni-_ct_re_en_aa_sn_int_gc_dlo_au_tad_{center IT agility and scalability through deployment of a secure}
n Drivminugltsic-taelanbainlittyclaonuddflexibility in converged infrastructures
n Oⁿpt^Oim^pi^tz^iming^izsⁱⁿe^grv^se^er^rvh^ea^rrd^hw^ara^dr^we^au^rt^eili^uz^taⁱt^lii^zo^an^tib^oyⁿs^bc^yal^si^cn^ag^lihⁿi^ggh^hid^ge^hn^ds^eitⁿy^sv^iti^yrt^vu^ira^tli^uz^aa^lt^izio^an^tion
n Delivering user-controlled bandwidth partitioning across workloads and
n Cho_mic_ae_no_af_gs_ein_mg_ele_n-_tp_so_er_rt_v,_id_cu_esal-port, or quad-port 10GbE SFP+ or single-port 40GbE
QSFP+ PCIe adapters
n Choice of 1x10GbE, 2x10GbE, 4x10GbE and 1x40GbE bandwidth options in single
The OC_PCe1_Ie40_sl0_o0_tB_cofa_nm_figil_uy_ro_af_ti1_o0_nG_sbE and 40GbE CNAs is designed for the high bandwidth
and scalability demands of tier 1 enterprise applications with storage protocol (Fibre
Cha^Tn^hn^eel^Oo^Cv^ee¹r⁴E⁰th⁰e⁰rn^fae^mt [ⁱF^lyC^oo^fE¹] ⁰an^Gd^bi^aSⁿC^dSI⁴)⁰o^Gff^blo^Ea^td^hs^e, ^rsⁿu^ep^tpⁿo^er^tt^wfo^or^rR^kD^adM^aA^pto^ev^re^sr^isC^do^en^sv^igerⁿg^ee^dd^for
Ethe^tr^hn^ee^htⁱv^g2^h(^bR^aoⁿC^dE^wv2ⁱ)^df^ta^hb^arⁿic^d, e^sn^cah^la^an^bc^ile^itd^yS^di^en^mgle^a-ⁿR^do^so^ot^fI^e/O^ntV^ei^rr^pt^ruⁱa^seliz^aa^pt^pio^lin^ca(S^tiR^o-ⁿIO^s,V^m),^{ore scalable}
Net^vw^iro^tr^uk^aI^ln^izt^ae^trⁱf^oaⁿce^wC^ita^hrd^su(^pN^pIC^o)^rtp^fo^or^rt^Rp^Dar^Mti^Atio^trn^ai^fn^fig^c, ^oa^vn^ed^r c^Cl^ooⁿu^vd^eo^rgp^eti^dm^Ei^tz^ha^eti^roⁿn^etu⁽s^Rin^og^Co^E)ve^far^bla^ry^ic,
netw^eno^hrk^ante^cc^eh^dn^Soⁱⁿlo^gg^ley^-.^RT^oh^oe^t4^I/0^OG^VbE^irQ^tuS^aF^liP^z+^ataⁱd^oaⁿp⁽t^Se^Rr^-s^IOup^Vp⁾ o^anrt^ds^Nan^ICo^pp^oti^rc^ta^pl ^a4^r0^tG^itB^ioAⁿSⁱⁿE-^gS^,R^a4^nd
conⁿn^ee^xc^tt^-io^genⁿo^er^rc^ao^tip^opⁿe^or^v4^e0^rlG^aB^yAⁿS^eE^t-^wC^oR^r4^kc^teo^cn^hnⁿe^oc^lt^oio^gn^iew^{s t}h^hic^ah^{t a}c^da^dn^rb^ee^ssre^th-c^eo^rn^ef^qig^uu^irr^ee^md ^eto^{nts virtual}
supp^mo^ar^ct^h4ⁱ-ⁿp^eo⁽r^Vt^Ms o⁾f^m10^oG^bB^iliA^tySE^a-ⁿC^dR^mfo^ar^su^sis^ve^ew^scit^ah^lina^gQ^oS^fF^LP^a+^yt^eo^{r 2}qu^suad^bnb^ere^tsakⁱⁿo^su^idt^eSF^pP^r+^ivd^atir^ee^oc^rt ^hybrid
atta^cc^lh^ouca^dbⁱⁿle^fr(^aD^sA^trC^u)^co^tur ^rA^ec^st^.ive Optical Cable (AOC).
Emulex Virtual Network Exceleration (VNeX™)
Emu_ol_ve_ex_rV_lai_yrt_nu_ea_tl_wN_oe_rt_kw_oo_fr_flk_oE_ax_dc_se_fl_oe_rra_mti_uo_ln_ti-(_tV_eN_ne_anX_t™_c)_{loud networking}
over_Sl_ca_ay_lin_ne_gt_ew_xo_isr_tk_ino_gff_tlo_eca_hd_ns_ofo_lor_gm_ieu_slt_foi-_rte_pn_ra_ivn_at_tecl_oo_ru_pd_un_be_lt_icw_mor_uk_ltin_i-g_{tenant infrastructures}
Scal_ri_en_qg_ue_ix_reis_sti_nn_eg_twte_oc_rh_kn_ino_glo_sg_oie_lus_tf_io_or_np_sr_ti_hv_aa_tte_cao_nr _ep_nu_ab_bli_lc_em_VMult_-ti-_ot_-e_Vn_Man_ct_oin_mfr_mas_ut_nru_icc_at_tu_iore_ns_and
requ_vi_ir_re_tus_an_le_wtw_oro_kr_lk_oi_an_dg_mso_il_gu_rt_ai_to_in_os_nt_ah_ca_rt_oc_sa_sn_Lae_yn_ea_rb₂le_anvi_drt_Lu_aa_yl_em_{r 3}ac_bh_oin_ue_nd(V_aM_rie)_s-t_wo-_itV_hM_{out impacting}
com_cm_onu_nn_eic_ca_tit_vio_itn_ya_on_rd_pevi_rr_ft_ou_ra_ml w_ano_cr_ek_.load migration across Layer 2 and Layer 3
boundaries without impacting connectivity or performance.
At the same time, these solutions need to ensure isolation and security for
At th_the_os_ua_sm_ane_dti_sm_oe_r,_mth_ile_lis_oe_ns_so_olu_{f te}io_nn_as_nn_te_ne_ed_twto_ore_kn_ss_.u_Hr_oe_wis_eo_vla_et_ri_,o_wn_ita_hn_ed_xs_ie_stc_iu_nr_git_ty_ef_co_hr_{nology, the}
thou_avsan_ilad_bs_lo_er₄m₀₉ill₄io_Vn_Ls_Ao_Nf t_Ie_Dn_sa_an_rt_en_ine_st_uw_fo_ficrk_ies_n. H_{t t}o_ow_ise_ov_le_ar_t,_ew_/sit_eh_cue_rx_eis_et_ain_cg_ht_te_ec_nh_an_no_tl_io_ng_ay_d, t_ah_te_{a center}
avai₍la_pb_ril_ve_a4_te09_cl4_oV_udLA_{) o}N_rI_hD_ys_ba_rr_ie_di_cn_ls_ou_uf_dfic_ei_ne_vn_it_roto_nmiso_el_na_t.e and secure each tenant in a private
or h_Vyb_irr_ti_ud_ac_ll_Eo_xu_td_end_sa_ibta_lec_Le_on_cte_ar_l._{Area Network (VXLAN) (supported by VMware and}
Virt^Luⁱaⁿl^uE^xx⁾t^aeⁿn^dsib^Nl^etL^wo^oc^ra^kl A^Vr^ire^ta^uN^ale^izt^aw^tio^orⁿk ^u(V^siXⁿL^gA^GN^e)ⁿ(^esu^rip^cp^Ro^or^ut^teⁱd^ngb^EyⁿV^cM^apw^sa^ur^le^ata^ionⁿd ^(NVGRE)
Linu⁽x^s)^ua^pn^pd^orN^tedtw^bo^yr^Mk V^ici^rotu^soal^fi^tz⁾a^at^rio^en^neu^xsi^tn^-gg^eGⁿen^rae^trⁱi^ocⁿR^ovu^et^rin^lag^yEⁿn^ec^ta^wp^osu^rklaⁱⁿti^go^sn^o(^lN^utV^ioGⁿR^sE^t)^hat
(sup^ap^do^dr^rt^ee^sd^s b^thy^eM^seic^rr^eo^qs^uoⁱf^rt^e)^mar^eeⁿt^tw^s.o^Tn^hex^set-g^soe^ln^ue^tr^ioatⁿio^s n^aro^ev^ae^fr^rl^amy n^ee^-itⁿw^-fo^rr^ak^min^eg^ds^ao^tl^aut^pio^acn^ks^et
that^eaⁿd^cd^ar^pe^ss^us^lath^tie^osⁿe^sr^ce^hq^eu^mirem^ene^an^bt^lsⁱ.ⁿT^gh^te^hs^ee^cs^ro^el^au^ttⁱi^ooⁿns^oa^f r^ve^ira^tufr^aa^lim^zee^d-i^Ln^a-^yfr^ea^rm²e^sud^baⁿta^etp^sa^tc^hk^ae^tt^can
enca^spasuⁿl^pat^hio^ysn^ics^ac^lh^Le³m^IPeⁿe^en^ta^wb^olin^rkg^st^. h^Tre^ac^ffrⁱe^ca^ft^ri^oo^mn o^ef^av^ci^hrt^Vu^Maliⁱz^se^td^unLaⁿy^ee^ler^d2 ^ts^oub^an^se^pt^es^ct^ifh^icat^vc^ira^tn^ual
span^nep^th^wy^osi^rc^ka^;l^tL^h3^eI^pP^an^ce^kt^ew^tso^ark^res.^tT^hr^eaⁿffi^rc^of^uro^tem^d e^tra^acⁿh^sV^paM^reisⁿtu^lyn^on^ve^ele^r d^tht^eo^ea^xs^isp^teⁱⁿci^gfi^pc^hv^yir^stⁱu^cal
netwⁱⁿo^frr^ak^s;^tt^rh^ue^cp^tua^rc^ek^.ets are then routed transparently over the existing physical
infrastructure.
Key benefits
Key benefits
n Maximizes server hardware ROI with high virtual
machⁿine^Md^ae^xn^imsiⁱt^zy^{es server hardware ROI with high}
virtual machine density
n Simplifies deployment of secure, scalable multi-
tenanⁿt c^Slⁱo^mu^pd^liⁱn^fif^er^sa^dst^er^pu^lc^ot^yu^mre^es^{nt of secure, scalable multi-}
tenant cloud infrastructures
n Minimizes TCO through deployment of
heterⁿog^Ae^cn^ce^eo^leu^rs^aw^teo^sr^ak^plo^pa^lid^cs^ao^tin^onC^so^pn^ev^re^fr^og^re^md^ance
Infras_ntru_Ac_vt_au_ilr_ae_{ble 40GbE bandwidth model using}
n AcceleraatseisngaplepPliCcaIetisolontssalnodt csotonrsatgraeinpeedrfsoerrmvearnce
platforms
n Quad-port 10GbE SFP+ or single-port 40GbE QSFP+
Etherⁿne^Rt ^ea^duap^cete^sr^cs^of^mor^pa^lp^ep^xil^tic^ya^tt^hio^ron^us^gre^hq^tu^hi^eri^dn^eg^p4^lo0^yG^mbE^ent
full-dup^ole^fx^ab^coan^md^mw^oidⁿth^neu^ts^win^og^ra^k s^pi^ln^ag^tfle^orP^mCIe for slot
constrained server platforms
n Reduces management, infrastructure and
n Reducesencoermgpylceoxsitys through the deployment of a
common network platform
n Reduces management, infrastructure and
energy costs
Key features
n Superior network convergence—storage
and network traffic over a common Ethernet
infrastructure
n SR-IOV
n Data acceleration with RoCEv2 (Routable RoCE)
support
n Powerful hardware offloads for:
- Overlay networks (NVGRE & VXLAN)
- Storage protocols: iSCSI and FCoE
- Stateless TCP
n Greater bandwidth with PCIe 3.0
n VMware vSphere NetQueue with RSS support
n Microsoft Windows Server VMQ , Dynamic VMQ ,
RSS and vRSS support