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Review: AMD Ryzen 5 3400G APU
Vega11 based desktop APUs from AMD are here, in this review we take the Ryzen 5 3400G for a spin. AMD has been going strong with their processors and APUs. But is it all that it is cooked up to be?
Read the review right here.
Review: ASUS RoG Swift PG35VQ Monitor - 200 Hz - 512 Local Dimming Zones - 08/02/2019 01:44 PM
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Review: Corsair SF750 Platinum power supply - 08/01/2019 02:03 PM
We put the new Corsair SF750 Platinum power supply on our test bench today. It’s the most powerful model in the Corsair SF series. The Corsair SF750 Platinum is a small form factor (SFX-L) p...
Review: Toshiba NAS N300 10TB HDD - Storage at 3 Cents per GB - 07/30/2019 09:42 AM
We review among the bigger HDDs available on the market these days, it is the Toshiba NAS N300 that as it implies is intended as 24/7 storage for your small home server or NAS. How well does it stack ...
Review: ASUS GeForce RTX 2080 Super Dual EVO OC Edition - 07/28/2019 11:07 AM
We review the what should be more affordable GeForce RTX 2080 Super Dual EVO OC edition. It's clocked a measly 15 MHz faster over the founders edition, has a reference PCB and custom cooler Will it b...
Review: GALAX GeForce RTX 2060 SUPER EX - 07/24/2019 04:02 PM
We have GALAX in the house, and they brought along their EX edition of the GeForce RTX 2060 SUPER, NVIDIA has launched graphics cards in their new Super series, as in super-charged. And the RTX 2060 c...
Undying
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#5697441 Posted on: 08/05/2019 10:49 AM
Its a shame it still has vega gpu just tad overclocked.
Its a shame it still has vega gpu just tad overclocked.
AlmondMan
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#5697451 Posted on: 08/05/2019 11:22 AM
Would be really interesting to have titles relevant for the iGPU tested here - like Counterstrike Global Offensive, League of Legends, Dota2, Fortnite and Apex Legends. Since building a cheap system to participate in the popular games that are free, or for entry level esports gaming, this CPU/APU could be very interesting.
I know the previous 2400G provided very playable framerates in these titles, but it'd be interesting to see how performance there increased. More so than in older single player games that very few people will play today compared to the popular esports titles.
Would be really interesting to have titles relevant for the iGPU tested here - like Counterstrike Global Offensive, League of Legends, Dota2, Fortnite and Apex Legends. Since building a cheap system to participate in the popular games that are free, or for entry level esports gaming, this CPU/APU could be very interesting.
I know the previous 2400G provided very playable framerates in these titles, but it'd be interesting to see how performance there increased. More so than in older single player games that very few people will play today compared to the popular esports titles.
asturur
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#5697466 Posted on: 08/05/2019 12:12 PM
Also would be nice to know how those run for low end gaming like mame and ps2 wii wiiU emulators.
Also would be nice to know how those run for low end gaming like mame and ps2 wii wiiU emulators.
msroadkill612
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#5697505 Posted on: 08/05/2019 01:53 PM
Well yeah but...even non gaming site reporting is very gaming centric.
~If it doesnt game at 1080p at 60fps, it is beneath contempt.
Yet I struggle to think of a run of the mill; ~office, class, non gaming home app/work load - where a; big; ugly hot noisy separate ecosystem discrete gpu would be anything but an; expensive, power hungry, time wasting pain.
If time is of the essence, as it is in high labor cost economies, if the 3400g is a tad over priced - in this context it is a bit ..+~$40? - meh.
The apuS seem to sell steadily, even in DIY, despite the press they get. On the mindfactory charts they would represent one of Intel's best sellers if they were in the other column.
I dont recall it being clear that the 32/3400g are also a cpu shift from 14nm++ to 12nm - whatever the significance of that is?
Well yeah but...even non gaming site reporting is very gaming centric.
~If it doesnt game at 1080p at 60fps, it is beneath contempt.
Yet I struggle to think of a run of the mill; ~office, class, non gaming home app/work load - where a; big; ugly hot noisy separate ecosystem discrete gpu would be anything but an; expensive, power hungry, time wasting pain.
If time is of the essence, as it is in high labor cost economies, if the 3400g is a tad over priced - in this context it is a bit ..+~$40? - meh.
The apuS seem to sell steadily, even in DIY, despite the press they get. On the mindfactory charts they would represent one of Intel's best sellers if they were in the other column.
I dont recall it being clear that the 32/3400g are also a cpu shift from 14nm++ to 12nm - whatever the significance of that is?
msroadkill612
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#5697506 Posted on: 08/05/2019 02:02 PM
A natty further APU economy for the budget challenged, is that the significant cost of a PSU can effectively be avoided.
As the power draw is so low, & there is no need for a gpu power connector, then almost any old discarded 300W+ PSU would suffice afaict.
A natty further APU economy for the budget challenged, is that the significant cost of a PSU can effectively be avoided.
As the power draw is so low, & there is no need for a gpu power connector, then almost any old discarded 300W+ PSU would suffice afaict.
anticupidon
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#5697512 Posted on: 08/05/2019 02:13 PM
No real reason to upgrade from a 2200G/2400G. At least for me, there isn't.
However, I updated the motherboard's BIOS.
No real reason to upgrade from a 2200G/2400G. At least for me, there isn't.
However, I updated the motherboard's BIOS.
blkspade
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#5697547 Posted on: 08/05/2019 03:33 PM
You describe these as binned 2200/2400G parts, but I'm pretty sure the APUs being a Gen behind makes them Zen 1 cores, while Ryzen 3000 APUs are Zen+ cores.
You describe these as binned 2200/2400G parts, but I'm pretty sure the APUs being a Gen behind makes them Zen 1 cores, while Ryzen 3000 APUs are Zen+ cores.
Vananovion
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#5697548 Posted on: 08/05/2019 03:36 PM
32/3400 are indeed on 12nm node, which is s step down from the first 1xxx series Ryzens which were on 14nm node. The practical significance of a smaller node is usually lower power consumption which in turn allows for higher clock and performance (in this case also higher iGPU clock). On manufacturing side it provides better yields and lower costs (once the process is mature enough).
Anyway, my gripe with these procs is the misleading naming. With 3400G you basically get a 2xxx series 4C/8T with Vega 11 slapped on, when based on the name you'd expect a 3xxx series proc. Same with the 22/2400G which have 1xxx series procs.
Other than that, still very good entry-level CPUs, with a good upgrade path.
I dont recall it being clear that the 32/3400g are also a cpu shift from 14nm++ to 12nm - whatever the significance of that is?
32/3400 are indeed on 12nm node, which is s step down from the first 1xxx series Ryzens which were on 14nm node. The practical significance of a smaller node is usually lower power consumption which in turn allows for higher clock and performance (in this case also higher iGPU clock). On manufacturing side it provides better yields and lower costs (once the process is mature enough).
Anyway, my gripe with these procs is the misleading naming. With 3400G you basically get a 2xxx series 4C/8T with Vega 11 slapped on, when based on the name you'd expect a 3xxx series proc. Same with the 22/2400G which have 1xxx series procs.
Other than that, still very good entry-level CPUs, with a good upgrade path.
SweenJM
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#5697573 Posted on: 08/05/2019 05:08 PM
I did put mame and zsnes on one of the ones i built.....ran smooth as silk. Video ran smoothly....really, any gpu assisted tasks ran great. Again, i really don't think the non-gamer, non- enthusiast, normals would find this to be plenty fast across the board.
Also would be nice to know how those run for low end gaming like mame and ps2 wii wiiU emulators.
I did put mame and zsnes on one of the ones i built.....ran smooth as silk. Video ran smoothly....really, any gpu assisted tasks ran great. Again, i really don't think the non-gamer, non- enthusiast, normals would find this to be plenty fast across the board.
waltc3
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#5697575 Posted on: 08/05/2019 05:09 PM
Looking forward to Zen2-based APUs--although I'm not going to be interested, personally. But the irony is that an iGPU should theoretically see big gains in performance directly related to PCIe4--probably the best case for PCIe4 on a graphics bus, I should think. It doesn't mean much for discrete GPUs, of course, since they are already much faster running from their local Vram bus than the PCIe4 system-ram graphics bus. But there is the rub! These APUs are entry-level products--so motherboard PCIe4 circuitry might hurt that market by elevating the price of the required motherboards. Have to wait until PCIe4 becomes commonplace, I suppose.
Looking forward to Zen2-based APUs--although I'm not going to be interested, personally. But the irony is that an iGPU should theoretically see big gains in performance directly related to PCIe4--probably the best case for PCIe4 on a graphics bus, I should think. It doesn't mean much for discrete GPUs, of course, since they are already much faster running from their local Vram bus than the PCIe4 system-ram graphics bus. But there is the rub! These APUs are entry-level products--so motherboard PCIe4 circuitry might hurt that market by elevating the price of the required motherboards. Have to wait until PCIe4 becomes commonplace, I suppose.
asturur
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#5697589 Posted on: 08/05/2019 05:55 PM
I did think the gpu in the apu access the ram with anything else than the normal ram controller, and the infinity fabric.
Do they have a pciex path in the middle?
Looking forward to Zen2-based APUs--although I'm not going to be interested, personally. But the irony is that an iGPU should theoretically see big gains in performance directly related to PCIe4--probably the best case for PCIe4 on a graphics bus, I should think. It doesn't mean much for discrete GPUs, of course, since they are already much faster running from their local Vram bus than the PCIe4 system-ram graphics bus. But there is the rub! These APUs are entry-level products--so motherboard PCIe4 circuitry might hurt that market by elevating the price of the required motherboards. Have to wait until PCIe4 becomes commonplace, I suppose.
I did think the gpu in the apu access the ram with anything else than the normal ram controller, and the infinity fabric.
Do they have a pciex path in the middle?
blkspade
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#5697608 Posted on: 08/05/2019 06:53 PM
I did think the gpu in the apu access the ram with anything else than the normal ram controller, and the infinity fabric.
Do they have a pciex path in the middle?
The GPU is still functionally a PCIe device, and has lanes dedicated to it. So I guess the CPU and/or mem controller is linked to it via PCIe internally. The higher potential DDR4 speeds of Zen 2 should provide a more meaningful uplift.
I did think the gpu in the apu access the ram with anything else than the normal ram controller, and the infinity fabric.
Do they have a pciex path in the middle?
The GPU is still functionally a PCIe device, and has lanes dedicated to it. So I guess the CPU and/or mem controller is linked to it via PCIe internally. The higher potential DDR4 speeds of Zen 2 should provide a more meaningful uplift.
Picolete
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#5697621 Posted on: 08/05/2019 07:57 PM
Also, the bigger cache of Zen2 should help
The GPU is still functionally a PCIe device, and has lanes dedicated to it. So I guess the CPU and/or mem controller is linked to it via PCIe internally. The higher potential DDR4 speeds of Zen 2 should provide a more meaningful uplift.
Also, the bigger cache of Zen2 should help
blkspade
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#5697637 Posted on: 08/05/2019 09:04 PM
I'm kind of imagining a Zen 5 APU with low mid-range ray-tracing graphics performance.
I'm kind of imagining a Zen 5 APU with low mid-range ray-tracing graphics performance.
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I built a couple office boxes with these the other day. 3200mhz gskill flare x, b450 m-atx board, evo plus nvme, slightly upgraded cooling. They ran very nice for under 600 dollars. Can't imagine the average user not thinking it was very fast.