#4 The HP Pavilion 17z-g100 (Carrizo, A10-8700P)

Of the group, the HP Pavilion sits as the larger screen, medium range hardware component with a similar sort of finesse to the Elitebook, albeit at a much lower price point. This 17-inch model was certainly heavy, suggesting that it is more aimed at that desktop replacement or mobile office group of users who want a large screen, although this one was also a 1366x768 TN panel, which pushes down the sticker price.

HP Pavilion 17z-g100 (Carrizo) Specifications
Size and Resolution 17-inch, 1366x768 TN with Touch
Processor AMD A10-8700P
Dual module, 4 threads
1.8 GHz Base Frequency
3.2 GHz Turbo Frequency
Graphics Integrated R6
384 Shader Cores
800 MHz maximum frequency
GCN 1.2
TDP 15W
Memory 8 GB in Single Channel Operation
1 x 8GB at DDR3L-1600 C11
Dual Channel Capable
Storage 1TB HGST HDD
Battery Size 41.113 Wh
4 cell Li-Ion design
WiFi Realtek RTL8723BE
802.11n 1x1
Optical Drive Yes
Dimensions 16.49 x 11.29 x 1.12-inch
Weight From 6.84 lbs
Webcam 1280x720
Ports Memory Card Reader
HDMI
2 x USB 3.0 + 1 x USB 2.0
10/100 Ethernet
Operating System Windows 10 Home

This unit was purchased especially for our testing (it turns out there’s a Best Buy around the corner from AMD HQ), and comes in low on the hardware all around. Aside from the screen, the A10-8700P processor comes mid-stack of the Carrizo parts, with a 1.8 GHz base and 3.2 GHz turbo frequency for the dual module/quad thread design. The integrated graphics rings in at 384 streaming processors, or 6 compute units, running at 720 MHz.

Memory and storage are at the base level, going for a single module of 8GB (meaning single-channel memory operation) and a 1TB HGST mechanical hard-drive. The Pavilion is dual channel capable though, which would be my first port of call for an upgrade. The Wi-Fi is also bargain basement, being a single stream 802.11n solution in the Realtek RTL8723BE.

There has to be some upsides to this, right? Assuming low power everything, low resolution display, large heavy design with a big battery? Our light battery life test clocked in at 5.43 hours, or 326 minutes, meaning that some of the hardware here is only here because it needs to hit a price point.

The Design

Aside from the specifications, the Pavilion has a good look to it.

Aside from the outside of the chassis at the top of the page, the insides give a near-complete keyboard with a number pad and a curved fold-in display latch that feels aesthetically pleasing to me. The keyboard has some quirks, namely the arrow keys are of different sizes and the lack of a quick access mute/airplane mode button. The trackpad is slightly offset to the left, and I didn’t actually hate the movement on this one. The wrist rest is smooth but plastic, the sort that leaves oils and grease from hands touching it.

The audio strip is a Bang & Olufsen design, with a power button on the left.

On the sides we get two USB 3.0 ports, a single USB 2.0 port, HDMI output, power/drive lights, a 3.5 mm headset jack, the exhaust vents, a full sized Ethernet port, a card reader, and the first laptop in this test with a DVD drive.

The vent on the side is the exhaust, and the intakes for the Pavilion are on the bottom, as shown above. As you might expect, there are a number of rubber feet on the bottom, including a single strip closed to the user, to help with stability, balance and grip.

Pavilion Specific Testing

On the display, the minute someone announces 13x7 TN it should fill most enthusiasts with dread. The lack of viewing angles was fairly obvious, but it wasn’t the worst display we tested from the set. Low brightness was at 0.624 nits while peak brightness was at 203 nits, giving a respectable 325 contrast ratio. The peak brightness is somewhat low, but that low peak brightness fits between the two Elitebooks.

For color reproducibility, both green and red have a good crack at it, with green doing better under 50% and red doing better over 50%. Blue undershot the whole range pretty much, as we saw on the other HP notebooks.

The processor page looks much like the others, with four processing threads and six graphics compute units.

On the integrated R6 graphics, this confirms the 384 streaming processors running at 720 MHz. An interesting element here is the memory bandwidth, showing 19.2 GB/s which is half-way between single channel and dual channel, which means the memory might speed up under load, or we have a wrong reading. Not sure on that one.

On the battery charge, the 41.1 Wh battery gave a 50% charge in 41 minutes, before hitting 98% charge in 96.

The Devices: #3 The Toshiba Satellite E45DW-C4210 (Carrizo, FX-8800P) The Devices: #5 The Lenovo Y700 (Carrizo, FX-8800P + R9 385MX)
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  • yannigr2 - Friday, February 5, 2016 - link

    The 845 doesn't have an iGPU. You threw away the chance to directly compare the color compression advantage of Carrizo's GPU in a very limited bandwidth scenario like this one by either removing one dimm from the Kaveri laptop or adding another one in one of the Carrizo laptops. I wouldn't ask why. Thanks for the article.
  • FriendlyUser - Saturday, February 6, 2016 - link

    Thank you for this extensive article. Many people seem to dismiss AMD CPUs today without actual data. I commend your efforts to examine all aspects of real systems. I'll be waiting for the data from 845 (which sound like a decent upgrade for a NAS...).

    Keep up the good work.
  • JMC2000 - Sunday, February 7, 2016 - link

    This is something I've been interested in since AMD released the 845 (wasn't there a Phenom II-based Athlon 845? I know there was a Phenom II 845...). Shame that they chose not to release an A12/FX Carrizo APU, those 512 shaders could be nice...
  • mczak - Friday, February 5, 2016 - link

    I agree with that, it's _really_ missing results with dual channel. I understand why single-dimm configurations were tested, but at least two of the notebooks had the option to use dual channel, and even if it might be difficult to get preconfigured options with dual-channel, it's easily upgradeable - I'm also interested in what Carrizo can do as a chip, not only what it can do if sufficiently crippled by the OEM.
    (Not that I expect wonders with dual channel though, at least not at 15W where the graphics doesn't run with more than half the max clock anyway, but still...)
  • Ian Cutress - Friday, February 5, 2016 - link

    On the chip side, we'll do a full breakdown of perf and IPC when we get our hands on the desktop version in Athlon X4 845. I'm hoping to get some R-Series too, and we can do DDR3 vs DDR4 on AMD as well. That might provide a better pure comparison which I know some users want to see. I do too :)
  • bojblaz - Friday, February 5, 2016 - link

    Excellent, excellent article. Lucid questions asked and answers pursued - we need more of this kind of journalism. I can't praise this enough.

    It would have been really interesting to see the results had you filled the second SODIMM on the laptops that supported dual channel? I assumed time constraints prevented you from doing so. Also any chance of going to the OEMs directly and asking them why they make the decisions they make?
  • Lolimaster - Friday, February 5, 2016 - link

    That's like givin 5 tons of deadweight to pre-Raditz-Vegeta saga Goku. AMD, why even bother, release your products under Ruby brand or something...
  • TheinsanegamerN - Thursday, February 11, 2016 - link

    I second that. A proper 13 inch design with a 35 watt 8800p, none of this hybrid graphics stuff, and good battery life, would be an insta-buy. Or 14 or 15 inch. I just want something like my old lenovo e535, but smaller. It cant be THAT hard, can it?
  • nfriedly - Sunday, February 7, 2016 - link

    Agreed. This article was basically a long-winded way of saying "all current AMD laptops suck, and we aren't even sure how good they could be because *all* the OEMs half-assed their designs"

    I, for one, would be very interested in an AMD designed laptop.
  • Cryio - Sunday, February 7, 2016 - link

    Apparently AMD wants to push 28 nm even farther with Bristol Ridge, maybe better binned chips and hopefully DDR4 support will provide a much needed boost.

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