Neoware m100

Review: Neoware m100 thin client

A laptop-style thin client with Wi-Fi support that can operate on batteries for up to six hours

Written by Daniel Robinson

Larger Image

This review is part of a group test of Windows XPE-based thin clients

Neoware’s m100 is a laptop-style thin client that enables mobile access to server-based applications through a Wi-Fi connection or an optional 3G data card. This provides a high level of security in environments such as healthcare, where sensitive information needs to be protected from disclosure.

Advertisement

While the m100 looks like a standard laptop, it is significantly quieter as it has no processor fan or hard drive. In tests, we found we could connect to our test Terminal Server over a Wi-Fi connection just as easily as using Ethernet.

However, we found our review unit often failed to re-establish the Wi-Fi connection at boot-up. Neoware acknowledged that this is currently an issue when using the m100 with “hidden” access points that do not broadcast their SSID.

For even greater mobility, the m100 can also be fitted with a wireless wide area network (WWAN) PC Card adapter. We were unable to test this, but Neoware said it has certified Vodafone’s 3G Broadband card and service with the m100.

The m100 is based on an 800MHz VIA Eden processor with 512MB Flash and 256MB RAM. As delivered, our unit was configured with local user and administrator accounts, the latter enabling us to alter the configuration of the unit.

Neoware rates the m100’s battery life at six hours, and we were able to maintain a remote session for hours at a time, even when using Wi-Fi.

As well as Citrix and RDP clients, the m100 had Neoware’s TeemTalk emulator for access to text-based services. There was also a TridiaVNC Server installed for remote access to the device by an administrator.

A Neoware Firewall application enables administrators to configure IPsec filters on the device.

The m100 weighs 2.5kg, which is about average for a laptop of its size. It has a clear 15in display with a resolution of 1024x768 pixels. Resolutions up to 1600x1200 are possible on an external monitor. The unit also has five USB ports, a 10/100 Ethernet port, modem port and a PC Card slot.

Next review: Thinspace RWT300XPBA 

Tags:

Product overview

Best prices

Ratings

  • Overall rating: 4
  • Features: n/a
  • Performance rating: n/a
  • Value for money: n/a
  • Average user rating:
Rate this product

Verdict

Neoware’s laptop thin client allows access to server-based applications while on the move via a built-in Wi-Fi adapter. It can also be used for wide area access when fitted with a 3G adapter card.

Pros: Mobile access to sever-based applications.

Cons: Wi-Fi glitch can make re-connecting a problem.

See also:

Thin client

Group review: Windows XPE thin clients

IT Week Labs put five thin clients running Windows XP Embedded through their paces   More...

Review: mobile thin client promises data protection

Laptop-format thin client keeps data off the hard drive and safely in the datacentre   More...

Xodus shot

Review: Ultraviolet Xodus DTP

A beefy chassis and equally impressive performance, but the price is hard to stomach   More...

Advertisements

Do you agree?

IT white papers

Search vnunet IThound

Top categories

Advertisement

Newsletter signup

Sign up for our range of FREE newsletters:

Existing User

Newsletter user login:

Enter email address to edit your newsletter preferences

Poll

Google Android

Google Android

Are you intending to try out a Google Android mobile phone?

Previous poll results

Spotlight

Ministry of Defence

MoD data loss total could hit 1.7 million

New figures far higher than initial estimates   More...

Sun Microsystems

Sun Sparc server shatters seven standards

T5440 sets new benchmark records   More...

Gary McKinnon

Home Office turns down latest McKinnon appeal

Home Secretary informs lawyers of arrangements for US extradition   More...

Network cables

Network Instruments touts nanosecond apps troubleshooting

Observer 13 offers upgraded performance and forensic network analysis   More...

Primary Navigation