HP ProBook 5330m review

We did a double take when the HP ProBook 5330m first arrived in the IT Pro offices. With its metallic construction and black, backlit keyboard, it bears an uncanny resemblance to the 13in MacBook Pro. Despite the initial similarities, the ProBook isn't just a carbon copy of Apple's ultraportable laptop. For starters, unlike the MacBook Pro, the ProBook doesn't have a built-in optical drive so it weighs just 1.8kg which is light for a laptop with a standard voltage Core i5 processor.

Although the ProBook 5330m appears to be entirely metallic at first glance, only the wrist rest and the lid are actually made out of metal – the rest is plastic. In spite of this, the ProBook feels sturdy and well-made. The rubberized underside stops it sliding around on your desk, although it can also become alarmingly and uncomfortably warm when running demanding applications.

Although the ProBook 5330m appears to be entirely metallic at first glance, only the wrist rest and the lid are actually made out of metal – the rest is plastic.

The backlit keyboard is comfortable to use thanks to the large size of the keys and their firm, responsive feedback and short amount of travel. The only hiccups are the small size of the up and down cursor keys. The return key could also bigger – some may prefer a double height return key to the single row version found here.

The touchpad is smaller than we'd like, but it feels accurate. The multitouch gestures, even basic ones such as two-fingered scrolling, feel jerky and sluggish though. We're not fans of the spongy buttons either – we'd prefer buttons with a much firmer feel.

The 2.5GHz Core i5 2520M processor is paired with 4GB of RAM and performed very well in our benchmarks, scoring 55 overall. It did particularly well in our image editing test with a high score of 81. It should be able to handle most demanding tasks for some time to come. The integrated Intel graphics chip won't be of much help for GPGPU-accelerated applications though – it managed just under 10fps when rendering 3D graphics.