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http://ca.dlink.com/products/con ... bit-desktop-switch/
2 }0 C8 Z- S& V2 Z! f) g! _Key Features
& t/ K4 u7 `. I: p" p# GBuilt-in D-Link Green Technology
. G# G4 Z: u/ |. U4 [Inexpensive Gigabit solution for Home/SOHO; O3 M& w1 ]" E! q# h
5 10/100/1000 Mbps Gigabit ports
. ~, d0 r u7 I# [' i10 Gbps switching fabric
6 J, O0 g& t' K, o5 ]4 l" SAuto MDI/MDIX crossover for all ports3 V* }6 |9 v# N' n \, O
Secure store-and-forward switching scheme
% M. e: [7 D0 l z9 _3 y9 HFull/half-duplex for Ethernet/Fast Ethernet speeds9 X3 A* B- u% ^ G1 I
IEEE 802.3x Flow Control3 \: R( H3 _% o; i2 T! b% L0 o2 d
Supports 9,216 Byte Jumbo Frames0 `9 ]* k+ F% k' }6 @. {* j
Supports IEEE 802.1p QoS (4 Queues, Strict Mode)5 V; j3 v5 Z% q% r9 r) K
Supports Cable Diagnostics Function
1 Y7 _: |: p. ^. n% A% X! u) SRoHS compliant P; W' }# p+ `* A5 q( i1 y+ P$ A4 E0 P5 R
Plug-and-play installation
6 x1 ?# w3 n5 F8 i1 B& c. Z* I6 c+ KStandards6 d4 `$ n% P! @" a
IEEE 802.3 10BASE-T Ethernet (twisted-pair copper)
1 t; q( U' l! e9 D- G$ c5 FIEEE 802.3u 100BASE-TX Fast Ethernet (twisted-pair copper)
; T# E2 X$ S9 o, y. f6 ]! B. IIEEE 802.3ab 1000BASE-T Gigabit Ethernet (twisted-pair copper)- [% @- H( i1 w3 v. Y
ANSI/IEEE 802.3 NWay auto-negotiation
9 i5 e; D" w) \IEEE 802.3x Flow Control; v4 F/ E4 G9 `
IEEE 802.1p QoS" t6 h; p0 v) ]8 {, T
IEEE 802.3az Energy-Efficient Ethernet (EEE)
' l. Q4 b. A' S: o1 J! B' _8 D- {Protocol8 X$ o# k: N/ ~) @' W; N
CSMA/CD/ Y, I/ B, h( n, D: f
Data Transfer Rates
: ^) Y- `% m8 z1 M+ D: u8 HEthernet:) @) G8 m" z0 h; V, X. r8 g
10 Mbps (half duplex)
# Z0 X& @5 v% x' w* j! L) [20 Mbps (full duplex)
8 d: R' H' ~9 u$ O4 CFast Ethernet:
0 G5 X. [6 g6 \- B& y$ ^0 \100 Mbps (half duplex)
( _) C* V r, Q- y/ ]1 P# F9 o200 Mbps (full duplex)
, b' v# O3 {6 z, gGigabit Ethernet:
G, n4 Y% I7 |2 k9 ^& B$ F2000 Mbps (full duplex)! B1 C4 ^' l- ^1 J3 r! F
Topology
* F$ b' R3 | ?) t' y1 eStar
( M5 y; \* w) p, R& f* fNetwork Cables) Q' e2 k5 B& t% J+ M8 \. A
10BASE-T:/ P, q3 y9 x% E: R) I' i$ u7 a) N
UTP CAT 3, 4, 5/5e (100 m max.). B) G) Z) ?9 e o4 j7 u3 d- R+ }& B
EIA/TIA-586 100-ohm STP (100 m max.)
6 [* o7 B( }" d: |3 w100BASE-TX, 1000BASE-T:
" k! v% j' N( a" yUTP CAT 5/5e (100 m max.)
# P* |7 J" X. qEIA/TIA-568 100-ohm STP (100 m max.). J+ U9 u3 S; E3 b9 ]
Media Interface Exchange
+ t5 V1 v% X+ i" p, n0 v6 eAuto MDI/MDIX adjustment for all ports
5 E; D! c# }# |/ f7 CLED Indicators
' Q/ X. Y4 x! L9 p. d& ~( pPer port: Link/Activity/Speed2 e6 M3 {+ _) S- `6 ]
Per device: Power
' ]5 l, j7 ~& C( zTransmission Method
# K9 ^0 ^$ R/ X- v& P1 ^. FStore-and-forward
1 Q6 W+ ^5 x- X2 ]5 \5 RMAC Address Table
+ @, C8 s# G9 B q2K entries per device
9 Y8 o/ W; C" x V3 x8 Q' LMAC Address Learning
. ~7 F1 q. z7 M+ c# W4 L7 JAutomatic update O& D: P$ z" \0 U1 L2 M
Packet Filtering/Forwarding Rates* ~9 j% ^ o0 l; l5 D
Ethernet: 14,880 pps per port
4 Z/ _% p" _ q0 }) aFast Ethernet: 148,800 pps per port) i( k' Q5 g# P: r! Y* T( t6 R3 |
Gigabit Ethernet: 1,488,000 pps per port0 h0 v3 q* n! p; y
RAM Buffer
; I9 E8 W7 B) ^& N; R& ]128 KBytes per device b7 V( u, B( n, `1 @
DC Input
" j/ V d( e! D E7 aExternal 5V/1 A Power Adapter
5 t$ [. \' u6 g2 cPower Consumption
& x+ X* C6 b- [9 MPower On (Standby):
3 s$ H0 P+ G5 g% M- n9 I6 ]) MDC input: 0.4 watts K# I! @; [! }9 X x3 w% ^
AC input: 1.1 watts" P+ C, C" [- h0 C3 y- V- }
Maximum:
4 w9 `5 [' T3 cDC input: 2.37 watts
( @) }' p1 N# PAC input: 3.9 watts
' o+ A: _2 U* X% a# HHeat Dissipation
( f/ j1 _8 s- d. @% C' p! KPower On (Standby):
; U3 L) n/ K; L Z( LAC input: 3.751 BTU/h
; b( b- Q4 g3 Z' K2 MMaximum:
8 _% u, M* k! Q0 h! P/ ~AC input: 15.345 BTU/h8 C! t4 x( V' T; ^. x9 Y+ n
MTBF+ ?& b/ p3 g5 E! @
1,261,299 hours0 p3 Y. m" i4 w+ c. f( x6 j* ]7 j
Operating Temperature
) M1 I7 `" W9 `32 to 104 ˚F (0 to 40 ˚C)/ @" S/ R1 b" b2 x9 u! P4 t# v
Storage Temperature. I/ M) H$ F" N& i0 X
14 to 158 ˚F (-10 to 70 ˚C)8 ?7 U Y1 l5 Z; {* ]
Operating Humidity/ A2 I; n8 o2 _: K4 U, I) p9 `
10% to 90% RH non-condensing
; b, P# Y: l" W. C- q( DStorage Humidity
% }1 {* V" f! R+ p/ H' L5% to 90% RH non-condensing* Z/ T( K0 a _2 z
Device Dimensions (W x D x H)
. C9 M0 y9 [0 W" J) s4 W1.2 x 4.4 x 3.0 inches (30 x 111 x 75 mm)
2 V, X/ p6 k! }" OCertifications1 K3 R& V2 W, U+ J
FCC Class B
) R! y* Y" K5 EICES-003 Class B
1 E: c- T: A2 ?CE Class B& I, g; O) L2 O G
C-Tick Class B
) Y7 w4 l+ N8 e/ `VCCI Class B1 y% X; T8 N# Y% }4 @7 f7 `3 W H
cUL1 g! _& d% @! F
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