The was a major, annoying, oversight that is now corrected. Automatic game profile updates is a nifty idea too. Notebookcheck has the details.
Notebookcheck: NVIDIA: New graphics drivers brings Optimus improvements.
The was a major, annoying, oversight that is now corrected. Automatic game profile updates is a nifty idea too. Notebookcheck has the details.
Notebookcheck: NVIDIA: New graphics drivers brings Optimus improvements.
This popped today. Some of the coverage is negative, folks are disappointed over clock speeds and the fact that this new part is based off the desktop GTX 465 – not the GTX 480.
I say who cares? It’s not hard to see how this will compare very nicely to the Mobility RADEON 5870 (itself based on the desktop 5770). One of these could be almost 3x the performance of the 280M (352 cores versus 128 cores) and the use of GDDR5 gives its memory an effective speed of 4,800 MHz with data carried on a nice wide 256 bit bus!
Intel’s PR machine is a bunch of big freaking 1980′s Japanese anime style Robots, that combine together to form an even bigger nastier robot with rocket fists, laser eyes and a head that turns into a drill that can bore through entire mountain ranges.
Imagine having one of these coming after you. It would be like that tank robot from The Six Million Dollar Man - unstoppable.
That is what Jen-Hsun faces everyday running his company, Nvidia. Even though his Kung Fu is better than Intel’s.
Look, I have worked with Intel before and have a ton of respect for all the folks whom I came into contact with. When it comes to CPU, chipsets and networking technology I have faith. But Intel has a spotty history in graphics.
Hardware:
Dating back to the ancient i740 Intel owns a terrible track record in video hardware. The i740 was actually pretty competitive when it came out, but how much of this was due to Intel? Not much. You see the i740 was the brainchild of Real3D. They were a company set up by Lockheed Martin (with some help from SGI and Intel) to market it’s super high-end 3-D simulator technology to normal folks like us. As you might imagine, a huge defense contractor entering the consumer video card fray was doomed from the start. When Real3D faltered, Intel was happy to swoop in and buy the assets keeping the nice patent portfolio and firing staff (many of whom would move to ATI). With no real experience in video acceleration technology if Intel was serious about this segment they would have kept the brains and the patents.
Sure, there are notebooks available today that use this mobile video card format but can anyone really say that the concept has achieved success?
A few years ago when Nvidia and ATI launched MXM and Axiom there was reason to be excited. One of the key reasons that notebooks lagged desktops was that they were a dead end in many ways – most had their CPUs and GPUs soldered to the motherboard. These new card formats would make the GPU upgradable.
Today, socketed CPUs are common. Axiom is gone, but MXM modules abound. You would never know this though. Many notebooks designs effectively lock the MXM module by hiding it away from access panels. This diminishes the likleyhood of users attempting upgrades. The Toshiba A300 is an example of this.
Another issue is the lack of add in boards. Users looking to upgrade have to seek out a small number of vendors who sell the MXM boards. Its up to the user to educate themselves on the three form factors and to research what video bios works on their hardware. The upgrades are typically not supported – even if you use a module from your vendor. Recently I reviewed the Acer Aspire 6920G and it fell into this category.
Compatibility seems to be broken on a regular basis too. Whether its the heat interface or the electronics, it seems very few people who bought MXM compatible notebooks one generation ago have the ability to upgrade to today’s GPUs. I am thinking specifically of people who bought Dell XPS 17″ notebooks. Those would still be viable gaming systems with an Nvidia 9800m GT GPU.
I guess the point of this post is to remind you not to get hung up on a feature like MXM. Most future proofing features are of dubious value. In future reviews I will point out wheather this feature is present and list compatible modules – clearly pointing out when none exist.
With the 177.92 ForceWare driver NVIDIA added PhysX and CUDA support to 8-series or greater GPUs. Their site states desktop support only, but using the latest modded mobile drivers there does seem to be some benefit even on a lowly 9500m GS. To celebrate, NVIDIA have put together a nice bundle:
Toggle the hardware on/off on demos to see the affects of Phys.
Scourge of palm rests, the metallic ‘what’s inside’ stickers adhered to most notebooks these days can be a real pain to remove. The Acer Aspire 6920 I have today is plastered with them. I thought it would be fun to measure their tenacity and measure the length of time required to remove them.
There you have it – most annoying decal goes to Nvidia. Their chips are OK though
Notebook makers are notoriously slow at releasing the latest video drivers. Who can blame them? Drivers come out on a weekly basis so its hard to keep pace and the majority of PC users will find a way to screw their machines up and that means more support calls.
For those of that know what we are doing, there are a few options:
According to the usually accurate VR-Zone, new mobile GPUs are incoming.
Nvidia’s 8800m GTS/GTX will see an update to its G92 processor in the form of a die shrink (down from 65 nm to 55 nm). This should enable higher clock speeds while consuming about the same amount of power as the current gen. Expect this to be called the 9800m GTS/GTX (as leaked by Clevo). Read the rest of this entry »