5 Port Netgear GS605UK

i've got the GS605UK, was delivered just yesterday infact, works very well

i did worry a bit to start with as the speeds didn't change from before (was still only getting the 10MB/s) but it turned out that the malwarebytes protection module on my pc was affecting it somehow

disabled that and it's all good :)
 
i've got the GS605UK, was delivered just yesterday infact, works very well

i did worry a bit to start with as the speeds didn't change from before (was still only getting the 10MB/s) but it turned out that the malwarebytes protection module on my pc was affecting it somehow

disabled that and it's all good :)

what speeds are you getting now say moving a 4.35gb file
 
what speeds are you getting now say moving a 4.35gb file

here ya go, average about 70MB/s although i think it's my HDDs thats the limiting factor here

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I have just picked up a HP ProCurve 1800-8G cheap...I think the main difference is that this one is a managed version.

This is what I have I...I think it is just the "managed" version of the 1400, I get decent transfer speeds with it, I am just using the onboard gigabit ethernets, however, I recently bought an Intel Pro1000 GT 2nd hard which I will put into the WHS box, which should increase its transfer rate...the only option I made sure was enabled in the 1800 was "jumbo frames" haven't bothered with changing any other options...

4GB .iso from desktop to WHS:

to_server.jpg


4GB .iso from WHS to desktop:

server_to_Desktop.jpg
 
This is what I have I...I think it is just the "managed" version of the 1400, I get decent transfer speeds with it, I am just using the onboard gigabit ethernets, however, I recently bought an Intel Pro1000 GT 2nd hard which I will put into the WHS box, which should increase its transfer rate...the only option I made sure was enabled in the 1800 was "jumbo frames" haven't bothered with changing any other options...

Why would fitting Intel® PRO/1000 GT DESKTOP ADAPTER be faster than onboard gigabit lan?
 
Sounds about right, I get around 70-75MB/sec between my Macs or using FTP to the PC.

HDD and crappy NICS can limit the speed - don't see more than 35MB/sec on my old P4 with a cheapo PCI gigabit card in it. Can't really justify the cost of sticking an Intel NIC in it.
 
Why would fitting Intel® PRO/1000 GT DESKTOP ADAPTER be faster than onboard gigabit lan?

Depends what the onboard is. The Marvell chip on my Asus P35 board gives similar speeds to the above. I suspect an Realtek chip on a low priced motherboard might be more limiting.
 
Can i fit say another gigabit card into my WHS meaning I have 2 and connect them to the switch then have 2 gigabit cards in my main PC to double the transfers.

Can I do this?
 
Can i fit say another gigabit card into my WHS meaning I have 2 and connect them to the switch then have 2 gigabit cards in my main PC to double the transfers.

Can I do this?

Theoretical limit for Gigabit in ideal conditions with a following wind is 120MB/sec so you'd need to be going some. Does WHS support hardware RAID?

I believe you'd need a pair of identical NICs that support teaming (ie Intel) and the switch needs to support link aggregation. The 1400-8G apparently does, so it's a fair assumption the 1800-8G does also.
 
Theoretical limit for Gigabit in ideal conditions with a following wind is 120MB/sec so you'd need to be going some. Does WHS support hardware RAID?

I believe you'd need a pair of identical NICs that support teaming (ie Intel) and the switch needs to support link aggregation. The 1400-8G apparently does, so it's a fair assumption the 1800-8G does also.

The 1800-8G does support link aggregation..WHS doesn't support Hardware raid so I guess I would be limited by HDD speed?


Industry-leading warranty

* Lifetime Warranty: for as long as you own the product, with next-business-day advance replacement (available in most countries)

Connectivity

* Jumbo packet support: to improve performance of large data transfers

Resiliency and high availability

* IEEE 802.3ad Link Aggregation Control Protocol (LACP): provides link-level redundancy with support for up to 4 trunks on the HP ProCurve Switch 1800-8G and 12 trunks on the HP ProCurve Switch 1800-24G, each with up to 8 links (ports) per trunk

Manageability

* Intuitive Web interface: enables simple management via an easy-to-use Web browser interface for switch configuration, monitoring, and administration

* Integration with HP ProCurve Manager: enables discovery and mapping via ProCurve Manager, available as a free download from the Web

* IEEE 802.1AB Link Layer Discovery Protocol (LLDP): automated device discovery protocol for easy mapping by network management applications

Layer 2 switching

* VLAN support and tagging: support up to 64 port-based VLANs and dynamic configuration of IEEE 802.1Q VLAN tagging, providing security between workgroups

Security

* Management password: provides security so that only authorized access to the Web browser interface is allowed

Quality of Service (QoS)

* Traffic prioritization: honors priority of traffic based on IEEE 802.1p to deliver data to devices based on the priority and type of traffic

* Broadcast control: allows limitation of broadcast traffic rate to cut down on unwanted broadcast traffic on the network

Monitor and diagnostics

* Port mirroring: enables traffic on a port to be simultaneously sent to a network analyzer for monitoring

Ease of use

* Comprehensive LED display with per-port indicators: provides an at-a-glance view of status, activity, speed, and full-duplex operation

* ProCurve/IEEE Auto-MDIX: automatically adjusts for straight-through or crossover cables on all 10/100/1000 ports

Flexibility

* Small form factor: ideal for desktop use; space-efficient for deployment flexibility (1800-8G switch only)

* Designed with no fan: enables quiet operation for deployment in open spaces

This is exciting :p
 
Well we did say the procurve is good :)

Well I've got Jumbo set to 7000 on both my Win7 Machines (see sig) and I get ~85-90 MB/s transfer, though for the life of me I cannot get my jumbo frames to change on my Macbook and i only get ~40MB/s from that.
 
Well we did say the procurve is good :)

Well I've got Jumbo set to 7000 on both my Win7 Machines (see sig) and I get ~85-90 MB/s transfer, though for the life of me I cannot get my jumbo frames to change on my Macbook and i only get ~40MB/s from that.

It's called MTU on the Mac.

On Leopard/Snow Leopard its under :
System Preferences
Network
Select Ethernet then click Advanced.
On the Ethernet panel it's the option called MTU

Mine are all set to 1500 still, and I get 70-75Mb/sec off a decent HDD.
 
I know that, but when I back out it refuses to stick and when I go back in it has changed; I have a thread in Apple Software sub forum but with no replies yet.
 
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