Conclusion
I really became impressed by MSI video cards when the Super-Pipe GTX 285 was released all those years ago. Last year’s batch of Lightning cards impressed me even more. I was waiting to be blown away by this year’s example. Perhaps I was expecting too much? The card is not a bad card by any stretch of the imagination. The stock/normal clock is 1070/1400, which is much higher than the reference design. It is faster still than many of the other overclocked versions out there, most of which only go to 1 GHz. So off of the bat the card is going to be faster than any other air cooled HD 7970 out there.
Note the lack of Proadlizers on the R7970. Not that anyone could see them through the back cover in the first place.
The cooler works exactly as advertised. I did not hear it spool up even once while in normal use. A max temp of 65C is something, especially when dealing with a heavily overclocked board. I would imagine those who actually broke 1200 MHz might hear those fans spool up some, but in my case the temps stayed cool even with the small overclock I attempted. The larger 10 cm fans are again very quiet and they push out a lot of air.
The idea of the GPU Reactor is an interesting one. The idea of a “cap to the back of the GPU” is not a new one, as Asus have done those for years. What is interesting with this idea is the use of a more direct power source and a higher number of tantalum caps than what we usually see. The only issues that could rear their ugly heads would be the potential for increased resistance due to the extra hardware in the way. All those small pins in a socket do not necessarily mean a clean connection with only a small increase in resistance as compared to dedicated wires and traces in the PCB. Still, more power is more power. It may not be the most efficient way to do it, but considering the rest of the design it is not necessarily starving without it. The GPU Reactor, from all the data I have seen from other sources, accounts for another 10 to 15 MHz of overclock when installed. It could be significantly more in LN2 situations.
Two LEDs light up the fans when running. The card looks good from this angle, especially in a semi-dusty case…
I again must express my disappointment with the lack of a dual link DVI output. This is an oversight by MSI. There are a lot of people with a single 27” or 30” monitor which feature resolutions above 1920×1200. Such a card would seem to be a natural fit for those users, considering the performance at those resolutions. Not being able to provide a standard dual link port, people are then required to buy a powered DP to DVI adapter, which substantially increases the price of the card.
The price of the card at retail is $599. Considering that a bone stock HD 7970 is $549, I do not feel that MSI is abusing their customers with such a price increase. The R7970 features a better cooler, better board design, higher overclock out of the box, and the potential to reach much higher speeds with some skill and luck. The $50 premium is easy to swallow when looking at the card by itself.
The only problem that we run into is the new GTX 680 from NVIDIA. This card has proven to be faster in most applications than the stock HD 7970. The 1 GHz HD 7970 cards are faster than the GTX 680 in pretty much everything, and this is even more so when looking at the R7970 with its 1070 MHz core speed. The problem here is that the GTX 680 has an MSRP of $499. With some tweaking of that card, it can easily match the performance of the overclocked HD 7970 cards, even the R7970. This particular thorn is far less pointed due to the poor availability of the GTX 680 as it stands. I do not expect large numbers of these parts to be available for at least a month, if not more. The MSI R7970 Lightning is available right now, and as of today (March 26) it is in stock.
Feel the glow!
So am I in love with this card as much as the previous Lightnings? No. This is due to the simple experience that I had. It did not initially work as advertised, but it might simply be a less than stellar example of the design. MSI appears to have done a nice job on the design and functionality of the card. The cooling is outstanding, the ability to drive six monitors is a plus, and the idea behind the GPU Reactor is sound. This particular example just gave me fits right off the bat.
If a user is looking for a fast card out of the box, with excellent cooling and a solid bundle, then the MSI R7970 Lightning is a good buy. Considering it is only $50 more than a reference card and that it is the fastest available card on the market, it really is a bit of a steal. I personally would be happy to fit this card into my machine as is. It is not a stretch to think that MSI will be putting out a N680 Lightning in a few months. While nothing official has been announced, one must ask themselves if the potential advantages to such a card outweigh the potential wait that will be involved.
wow, didn’t even test it
wow, didn’t even test it agains another 7970 really guys, time to get on the ball.
If you’re looking at this
If you’re looking at this card and the premium it carries, its likely you’re buying it for the overclocking headroom, not the base specs.
What I would have thought was more important is this vs a 680. I can understand not putting it in though. Its unlikely there was one available for review at the time this was being put together.
Gotta work with what I have.
Gotta work with what I have. The performance of a standard HD 7970 is not exactly a secret, so I decided to test it against the two previous Lightning cards to really detail what a user gets when upgrading to this particular overclocked monster. In hindsight I guess it would have probably behooved me to lower the clocks on this card to standard settings and gone from there. I will certainly keep that in mind next time I test an overclocked product like this. Also, Ryan is in Kentucky with the standard HD 7970s, and I live in Wyoming. Swapping parts between the two areas is a bit troublesome.
So do you think it really is
So do you think it really is worth the mark up in price?
For the $50 increase in price
For the $50 increase in price over a stock? Yes, absolutely. But you must remember that this is a brand new product, and the GTX 680 is still not out in force. Once that happens, then I am sure the dynamics of the pricing of these cards will change drastically. I am judging this card by what is available today. So yes, at $599 it is a good card. Two months from now, when there are many different examples of not just HD 7970 cards, but also GTX 680… it might not look like such a nice product at that price. I am pretty sure though that prices will drop pretty dramatically during that time to keep it competitive with other offerings.
were you able to take the
were you able to take the heatsink off and find out if it is on a reference pcb?
It most certainly is not a
It most certainly is not a reference PCB. A reference board has a 5+1 power phase setup (iirc), while this one is 17 total phases. If you look at the pictures of the boards from behind, you can see that the PCB is smaller at the front of the card (display outputs), then gets taller after the CrossFire connectors. It is also longer than the reference design. This is a much larger PCB to accomodate the more power phases, as well as give the necessary room to optimize trace pathways to the different components.
Who cares I just bought a
Who cares I just bought a GTX680 Son!
A good buy! I just hope we
A good buy! I just hope we get to see more available GTX 680 products soon!!!
BUT although the 680
BUT although the 680 outperforms on a SINGLE monitor application, it would take 2 680’s to do an eyefinity setup.
Advantage AMD
Nope, the new GTX 680 can
Nope, the new GTX 680 can output to 4 monitors in total with one card. It will only do 3 monitors in NVIDIA Surround with the 4th being an “accessory monitor” when using 3D applications. So, users no longer require 2 NVIDIA video cards in SLI for more than 2 monitors.
Great article, thanks! I am
Great article, thanks! I am positive that there will be a 680 version, they would be foolish not to make one.Look forward to reading about it too
I also have to agree, the 50$ premium for better quality parts on the card is well worth it.
I bought a R6970 Lightning just for the quality parts.
Obviously I haven’t been
Obviously I haven’t been given a timeline for the eventual GTX 680 Lightning card, but I would expect it to be around 3 months away due to the shortage of chips and the design time for the product as a whole.
You don’t think they got some
You don’t think they got some chips already?
Or are you expecting it will be on the market by then?
GTX 680 chips are scarce.
GTX 680 chips are scarce. TSMC shut down the 28 nm line in mid-February, and I am unsure if they have started it back up again. NVIDIA got a couple of complete chip shipments from them, but I think that until manufacturing starts up again, supply is going to be super tight. So tight that guys like Asus, MSI, and others will not have the amount of product on hand to create a second line of non-reference cards.
“GTX 680 chips are scarce.
“GTX 680 chips are scarce. TSMC shut down the 28 nm line in mid-February, and I am unsure if they have started it back up again.”
I doubt the GTX 680 could of been released worldwide, albeit in short supply, if it was.
Well, the long and short of
Well, the long and short of it is… NVIDIA set a date for release assuming that TSMC would be able to continue to process wafers at a certain rate until that date. TSMC dropped all production after NVIDIA had set the release date. NVIDIA had enough product out to release the card and have some decent numbers in retail, but after that it would be touch and go. I have heard that the beginning of April will have more cards available than at launch, but the big question is availability after that. I guess time will tell, but from what I am hearing availability might be scarce for a while.
It’s really very complex in
It’s really very complex in this busy life to listen news on Television, thus I just use world wide web for that reason, and obtain the most up-to-date information.
my blog post: here are the findings
Thanks, I wanted someone to
Thanks, I wanted someone to face off BF: Bad Company 2 and Battlefield 3 so I could compare then side by side.
lololololo my gtx 570 scores
lololololo my gtx 570 scores a 7135 in 3dmark11 ATI is heading downnnnnnn hilllllllllllllllllllll
Are u mentally impaired? His
Are u mentally impaired? His test bed consisted of an AMD Phenom CPU.
Ofcourse the overall score is going to take a major hit on all cards tested.
Just got my 7970 Lightning
Just got my 7970 Lightning in, BAAARELY fits in my antec 1200 with 3 hdd’s (Had to move those).
It’s a thing of beauty this is. Kind of sucks Josh had such a horrible experience.
Is there any way to tell if the retail ones that I and others will receive have the updated bios?
I’ll have to check and see.
I’ll have to check and see. But if your card is working without issue, there is no real reason to flash the BIOS. VBIOS are typically much simpler than a motherboard BIOS.
Last question,
You said you
Last question,
You said you had some OC issues, what was the ASIC quality of your lightning card?
To find it, you go to GPU-Z, click on the upper left corner, and near the bottom it will have ASIC quality.
I know MSI has said in the past they don’t bin their cards, but it would appear they may for the lightning. Mine was 82.5% or right around there. The lower the number, the better the OC possibility.
Thanks again man.
So far, benchmarks are:
Alan Wake 12.9 -> 81 AVG FPS by the upgrade
RUSE went from 30 up to 160.
Insanity, I’ll try to OC it tonight, see how I do. Only the 2nd thing I have owned to OC it.
62.7%.
Bios is
62.7%.
Bios is 015.013.000.011.000000 (113-AD40900-X01)
82.4%
Bios:
82.4%
Bios: 015.013.000.011.000000 (113-AD40900-X01)
So yeah, same bios. Here is a portion of ASIC and OC results.
http://www.overclock.net/t/1196856/official-amd-radeon-hd-7950-7970-owners-thread
EDIT: After reading through the thread a bit again, there appears to be some sort of drop off between OC and ASIC Quality.
The lower number means higher voltage, higher potential for OC, but when you get to a point (say below 75 or above 95) there is a dropoff between OC and voltage heavily.
It will take some more looking into, but that is what I have seen for a bit now.
Remember those special Phenom
Remember those special Phenom IIs that were aimed at the LN2 crowd and only like 1000 of them were made? This seems to be along the same line of thought. Leakier, hotter running chips that take super cooling really well. On air cooling, not an impressive overclock… on LN2, the sky is the limit. So yeah, I would imagine my sample might do well under LN2.
It’s wierd. I was looking at
It’s wierd. I was looking at it tismorning. Stuff at around 65%, with 1175 and 1250 voltages. Got up to around 1250-1300, some on air, some on WC, but everything was drastically varied.
It just seems odd that these things with the same “quality” don’t have the same characteristics. But then again, when you have 40+% leakage, it is a lot of heat in such a small area. I know for me I have to re-wire my case and move the HDD up to the top to free up the bottom two 1200 intakes for the GPU. Working on that this weekend, but yeah.
Thanks the insight man. I’ll throw up something and try to OC for sure.
I was thinking about the bios
I was thinking about the bios thing. I can combare the bios HEX to mine and get the version based on that. Can you post or add a GPU-Z screenshot of the MSI 7970 Lightning?
Appreciate it.
Right now I’m at 1180 Core
Right now I’m at 1180 Core Clock and 1440 on the memory.
If I could add voltage to the memory then I would be able to up that as well, but right now It’s locked? I read a post that said to mess with the powertune settings to 20%, but the memory voltage didn’t change. Perhaps I need to switch to the LN2 bios selection?
EDIT: Had to back things off a bit, way too much voltage I’m guessing, but ended with 1175/1435.
http://67.205.124.70/c/3/10dcc710-3441-468b-8f64-749fedcc0d3f.png
There is a CFG setting you
There is a CFG setting you have to manually put in with Afterburner to get the memory and PCI-E bus to over volt.
http://forums.overclockersclub.com/index.php?showtopic=182403
Surprised the memory doesn’t go any higher than that for you. Also, put power tune to + 20%. That essentially increases the amount of available power to the GPU. Powertune was put in place so in corner cases like Furmark, the board/chip would not exceed the rated TDP (and shut down).
Nevermind. I can OC the
Nevermind. I can OC the memory now. In the msi utility, to the right of the core voltage there is a small arrow, hit that and you can get the other 2 voltage settings.
I got it up to 1220/1520 The
I got it up to 1220/1520 The memory is about done. Even 5 MHz and I get corruption. I don’t know whether to add a ton more voltage (I have slider space for 75 mV). I tried 1240 on the core, but got some severe image corruption.
I think I will try some stability testing, just let it run for an hour or so instead of 5-10 loops on the metro benches, and see if anything ends up happenings in terms of corruption. As far as voltage goes, I’m not sure if there is a “less is more” type approach, or if you simply add more when you reach corruption.
From my Computer Engineering background I know a bit about how the ripple and stuff affects everything, and I’m not sure just how much ripply is being introduced and so forth, but, needless to say…
925 -> 1220 = 31.89% OC
1375 -> 1520 = 10.55% OC
Wow, not a bad overclock at
Wow, not a bad overclock at all. I had overclocked the one I have to 1100 MHz… but I was using Oblivion to play, so I don’t know if the vid card was causing problems or that rather unstable game was…
I’m betting the game.