Product comparison · 2 print servers

Buffalo LPV4-TX1 print server Ethernet LAN vs EpsonNet 10/100 Base-TX External Print Server

2specifications compared
1differ
1identical
31known for one product only

Key differences

Operating relative humidity (H-H): 10 - 85% on the Buffalo LPV4-TX1 print server Ethernet LAN, 20 - 80% on the EpsonNet 10/100 Base-TX External Print Server.

Operating relative humidity (H-H)
- LPV4-TX1 print server Ethernet LAN:10 - 85%
- EpsonNet 10/100 Base-TX External Print Server:20 - 80%

Side by side

Differences highlightedShow differences only

Comparison of LPV4-TX1, EpsonNet 10/100 Base-TX External Print Server
33 specifications	A Buffalo LPV4-TX1 print server Ethernet LAN Model LPV4-TX1 View product	B Epson EpsonNet 10/100 Base-TX External Print Server View product
Featuresidentical
InternalKnown for one	No	Unknown — not stated by the source
Networkidentical
Network connection type	Ethernet LAN	Ethernet LAN
Networking standardsKnown for one	IEEE 802.3, IEEE 802.3u	Unknown — not stated by the source
Ethernet LAN data ratesKnown for one	10,100 Mbit/s	Unknown — not stated by the source
Copper ethernet cabling technologyKnown for one	10BASE-T, 100BASE-TX	Unknown — not stated by the source
Protocolsidentical
Supported network protocolsKnown for one	ARP, RARP, IP, ICMP, TCP, UDP, TCP # 9100, LPD, FTP , TELNET, HTTP, BOOTP, DHCP, SNMP, JCP (UDP # 19541), SNMP MIB-II, HostResource-MIB, silex-PrivateMIB, mDNS	Unknown — not stated by the source
Ports & interfacesidentical
Ethernet LAN (RJ-45) portsKnown for one	1	Unknown — not stated by the source
USB 2.0 ports quantityKnown for one	0	Unknown — not stated by the source
Parallel ports quantityKnown for one	0	Unknown — not stated by the source
Serial ports quantityKnown for one	0	Unknown — not stated by the source
DC-in jackKnown for one	Yes	Unknown — not stated by the source
Poweridentical
AC input voltageKnown for one	100 V	Unknown — not stated by the source
AC input frequencyKnown for one	50 - 60 Hz	Unknown — not stated by the source
AC adapter output voltageKnown for one	5 V	Unknown — not stated by the source
Input currentKnown for one	2 A	Unknown — not stated by the source
Power consumption (typical)Known for one	2 W	Unknown — not stated by the source
Weight & dimensionsidentical
DepthKnown for one	23 mm	Unknown — not stated by the source
HeightKnown for one	92 mm	Unknown — not stated by the source
WidthKnown for one	62 mm	Unknown — not stated by the source
Operational conditions1 differ
Operating relative humidity (H-H)Differs	10 - 85%	20 - 80%
Storage temperature (T-T)Known for one	Unknown — not stated by the source	-30 - 70 °C
Technical detailsidentical
Compliance certificatesKnown for one	RoHS	Unknown — not stated by the source
Certificatesidentical
SafetyKnown for one	Unknown — not stated by the source	UL/CSA
CertificationKnown for one	Unknown — not stated by the source	FCC Class A
Other featuresidentical
Data transfer rateKnown for one	Unknown — not stated by the source	100 Mbit/s
Supported protocolsKnown for one	Unknown — not stated by the source	- TCP/IP: LPR/LPD, FTP, Telnet, IP, ICMP, UPD, HTTP, SNMP, DHCP, ARP, RARP, BOOTP, IPP. - Novell Netware: NDS, Bindery, IPX, SPX, RIP, IP, SAP, NCP, SNMP, ENCP. - Apple Ethernet: ELAP, AARP, DDP, NBP, ZIP, RTMP, ATP, PAP, SNMP, ENCD. - Windows/LAN Server NetBEUI/NetBIOS.
Compatible operating systemsKnown for one	Unknown — not stated by the source	-Windows 95, Windows 98, Windows 2000 -Windows NT 3.51 + -Windows 3.x -Macintosh 7.x + -OS/2, UNIX & Linux
InterfaceKnown for one	Unknown — not stated by the source	Parallel IEEE-1284
Networking featuresKnown for one	Unknown — not stated by the source	Ethernet 10/100 Base-TX
Supported data transfer ratesKnown for one	Unknown — not stated by the source	10, 100 Mbit/s
I/O portsKnown for one	Unknown — not stated by the source	1 x RJ 45 1 x IEEE-1284
Recommended operating temperature range (T-T)Known for one	Unknown — not stated by the source	5 - 35 °C
Non-operating relative humidity (non-condensing)Known for one	Unknown — not stated by the source	5 - 95%

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.

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