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http://ca.dlink.com/products/con ... bit-desktop-switch/2 d m3 i7 C' M/ R+ O& e+ V; w
Key Features
: I F* m" E/ `" l% f6 pBuilt-in D-Link Green Technology
# L* H5 s. P+ ^% t. FInexpensive Gigabit solution for Home/SOHO
8 l4 J& w% z4 r3 {9 I" b5 10/100/1000 Mbps Gigabit ports
- y# `0 _1 i% p. W10 Gbps switching fabric
L5 K" J& H- q& u. g0 AAuto MDI/MDIX crossover for all ports5 K; d4 ]$ [- r9 W' a; G
Secure store-and-forward switching scheme# A6 D! m$ C- s) G% P5 j2 Q3 k8 Y
Full/half-duplex for Ethernet/Fast Ethernet speeds
; g, ~- B$ w M% k& R$ [0 uIEEE 802.3x Flow Control2 A. S. q- c# B, T6 ?
Supports 9,216 Byte Jumbo Frames
g# L- x& F0 H+ U3 J3 dSupports IEEE 802.1p QoS (4 Queues, Strict Mode)
/ l7 l8 S$ j5 x, n: c7 @Supports Cable Diagnostics Function
& z$ S8 C( `. n# N/ {RoHS compliant5 I% M- d, G @& ^7 c* y. V
Plug-and-play installation
* G" L! y( t8 E0 N1 w B# _Standards
8 `/ ~2 m8 F- j, T- ~IEEE 802.3 10BASE-T Ethernet (twisted-pair copper)7 e# r: j0 C. L1 _/ ~! ~
IEEE 802.3u 100BASE-TX Fast Ethernet (twisted-pair copper)
1 r1 o, S1 @5 n/ AIEEE 802.3ab 1000BASE-T Gigabit Ethernet (twisted-pair copper)
$ Z/ j5 u( _$ G7 iANSI/IEEE 802.3 NWay auto-negotiation
' ~3 f6 z6 J" w X! xIEEE 802.3x Flow Control8 X8 }' C' O, a/ S L
IEEE 802.1p QoS
7 @" t/ w- J' p* J4 ]( QIEEE 802.3az Energy-Efficient Ethernet (EEE)
9 j6 m0 w# x% m/ k+ O/ p0 rProtocol
8 G/ ~3 W T# R5 z( bCSMA/CD
9 H2 {! n8 e- |" Q3 D% A, `Data Transfer Rates) B( i: x0 V. E; g: v" `8 R, `
Ethernet:
* A. A& {- h' N u8 D; g; k10 Mbps (half duplex)
5 c+ k- \' F" I/ z0 p+ @: r2 q, ~20 Mbps (full duplex)
/ R3 W# ^% M/ Y! bFast Ethernet:
- b* j7 G# m1 N/ m0 l: F100 Mbps (half duplex)8 _, H2 V9 P# j- n
200 Mbps (full duplex)
& h3 t6 Y8 n2 {2 Z/ p) w- r0 ]9 ZGigabit Ethernet:
& T0 X2 T8 g5 Z3 A) a1 V2000 Mbps (full duplex)! j5 F* ]7 P! S+ V) ^
Topology
, G+ b/ o O A) XStar! D" ]" @) ^- o% r4 l+ U. {/ r
Network Cables
- T' \; v9 a; C3 `2 r& l10BASE-T:
% _. v( {. T( H# u! J7 O* g) oUTP CAT 3, 4, 5/5e (100 m max.)
" ^: y* @/ V) S6 ZEIA/TIA-586 100-ohm STP (100 m max.)
7 C" T7 `% `( A- l* l% H0 B100BASE-TX, 1000BASE-T:2 \- L8 G7 T2 m3 _
UTP CAT 5/5e (100 m max.)
8 G/ p0 P' q2 S) G& wEIA/TIA-568 100-ohm STP (100 m max.)
Q/ A0 N- n1 Z5 N' }& e. qMedia Interface Exchange) d& j' S4 ~& o; R* j# V/ t, b* k; C
Auto MDI/MDIX adjustment for all ports
" h# l# R% ]: A" Y' s: A$ NLED Indicators
y$ V/ A: M/ O% [( X: OPer port: Link/Activity/Speed2 c" V! A; b9 \! m+ s3 y& u
Per device: Power
5 Y0 Y5 s, K$ BTransmission Method
: E$ C$ J6 o: iStore-and-forward
0 | f) Z3 V3 M2 TMAC Address Table- K) A/ M- X) ^7 g+ ]
2K entries per device& B( t# Q/ K; f0 O) ^( U& ] \ w
MAC Address Learning" C r4 e. \$ j D$ R( X- x; [& l
Automatic update
v5 F( p, Z$ Y6 N- ]/ rPacket Filtering/Forwarding Rates" K+ c8 |7 l) h/ V% i# b
Ethernet: 14,880 pps per port+ X% Y. ~% w( Q3 Q, u `& ^, m
Fast Ethernet: 148,800 pps per port: i/ ~' q% z; G: L3 H- R5 }
Gigabit Ethernet: 1,488,000 pps per port* Z3 y9 E8 t6 _( F3 D, V8 i
RAM Buffer
, O d1 w$ A% d; T0 V3 e128 KBytes per device
6 \+ Y" c/ e7 P: H1 g+ UDC Input
9 X( N: }0 Y6 k0 \+ S8 |% hExternal 5V/1 A Power Adapter
) s2 G3 j, g- Q! UPower Consumption
8 s! W, M, X6 \- n+ L9 ePower On (Standby):) E9 [$ D8 E7 j( S/ c, S
DC input: 0.4 watts
" h/ }) c# M$ v9 FAC input: 1.1 watts) v( |1 T" H* r
Maximum:# C! l5 X" ~/ H+ _4 e# i, T8 @# u% [
DC input: 2.37 watts
$ g( Z) L v3 d, K6 k+ l$ W zAC input: 3.9 watts$ l0 @2 s0 X- ]) {2 O
Heat Dissipation
5 A: F6 n: A# X. y+ ^Power On (Standby):, _0 p- q* K" p( v
AC input: 3.751 BTU/h
* E1 u( I1 W1 X# |* |* b2 HMaximum:
& ^4 j% {6 a% s& D c1 `' x7 yAC input: 15.345 BTU/h' y3 b' b1 X3 h# @
MTBF1 b; ~( Q9 j+ c
1,261,299 hours, M2 w6 [6 Q v+ {& g% \3 }& u
Operating Temperature
/ d7 Q a& h0 r& _; e2 N/ V# F32 to 104 ˚F (0 to 40 ˚C)$ B* S) T+ V( L: L) d/ m
Storage Temperature0 f( _* z2 n% [8 w# S' R) K
14 to 158 ˚F (-10 to 70 ˚C)
: H" Z7 P* Z2 v \/ }. l0 x6 O4 tOperating Humidity
- W9 L3 S- Q7 s7 o. n10% to 90% RH non-condensing3 H' X9 d) `0 d H
Storage Humidity
4 g; r% {! L0 ?4 N5% to 90% RH non-condensing7 c$ @- I, Q% \& ]: U: G
Device Dimensions (W x D x H)# a' w/ H5 C8 Q" J9 a
1.2 x 4.4 x 3.0 inches (30 x 111 x 75 mm)
9 w. u$ t+ `- [' T5 M" r( ICertifications* n$ F+ K% l" w7 x% T/ _: I8 R, C: X
FCC Class B
& ]" q4 C& V. q9 fICES-003 Class B
* A# f0 T6 W/ tCE Class B' A* b+ a' N @ Q I
C-Tick Class B/ W! z8 U' @2 q( a' r
VCCI Class B
* U \$ O: I/ X% F$ ~2 KcUL
9 E3 d/ \! M4 |2 FCB |
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