Таблица материнских плат excel

← Стена Пост, 3 года 8 месяцев 17 дней 6 часов 28 минут назад

Рейтинговые таблицы и характеристики комплектующих. Помогут с выбором оптимальных компонентов ПК.

1) МАТЕРИНСКИЕ ПЛАТЫ, рейтинг VRM, выбор под RYZEN 3000 [AM4 Vcore VRM Ratings] ★★★
https://docs.google.com/spreadsheets/d/1d9_E3h8bLp-TXr-0zTJFqqVxdCR9daIVNyMatydkpFA
Вариант этой таблицы с удобными фильтрами по характеристикам
>>> https://hardprice.ru/am4-vrm-ratings

Характеристики материнских плат (VRM, фазы, мосфеты, контроллеры и т.д.)

2) МАТЕРИНСКИЕ ПЛАТЫ 1151v2 [Z390, B360, Z370, B350] ★★★
https://docs.google.com/spreadsheets/d/1IY6W6YhyjnzSvi8BqEqiK1xykSiTDF2Lt1FO8cNhI6I

3) МАТЕРИНСКИЕ ПЛАТЫ AM4 [X570, X470, B450, B350, X370] ★★★
https://docs.google.com/spreadsheets/d/1wmsTYK9Z3-jUX5LGRoFnsZYZiW1pfiDZnKCjaXyzd1o

4) Общая таблица с характеристиками материнских плат (неполная) ★☆☆
https://docs.google.com/spreadsheets/d/1Smj5dh97n32wJqm5dkdDcQt8ID7vH52-lKzaaXUUQx8

5) ВИДЕОКАРТЫ сравнение характеристик видеокарт (VRM, конфигурация чипа, частоты, производительность) ★★☆
https://docs.google.com/spreadsheets/d/1wGRZ-5sl7G9DhIgwW36g2KnrwVfZqBW7GDKHOd2vbaM

6) БЛОКИ ПИТАНИЯ EN характеристики (подробные характеристики +схемотехника) ★★☆
https://docs.google.com/spreadsheets/d/1i6gYAlEEB8Wpbr4E3jY3ctuYvNR5SiuokzPLb5WiQlw

7) БЛОКИ ПИТАНИЯ RUS (подробные характеристики, платформа, тип конденсаторов и т.п.) ★★★
https://docs.google.com/spreadsheets/d/1bEcFiMdLWPtPu3c1JsvsLIbcYANlLUVO1ICQdh-jxsg

—
пс. в каментах можно накидать рекомендуемые комплектующие

Источник

Общие параметры

Соотношение цена-качество

Процессор

Встроенный центральный процессор

Чипсет

Количество карт в SLI/Crossfire

Память

Минимальная частота памяти

Максимальная частота памяти

Количество каналов памяти

Максимальный объем памяти

Контроллеры накопителей

Количество портов SATA Express

Общее количество портов SATA

Слоты расширения

Количество слотов PCI-E x16

Количество слотов PCI-E x8

Количество слотов PCI-E x4

Количество слотов PCI-E x1

Задняя панель

Количество аналоговых аудио разъёмов

Цифровые аудио порты (S/PDIF)

Количество сетевых портов (RJ-45)

Количество Ethernet портов

Сеть

Скорость сетевого адаптера

Количество контроллеров Ethernet

Максимальная скорость передачи данных

Охлаждение

4-pin разъемы для системных вентиляторов

3-pin разъемы для системных вентиляторов

Дополнительные параметры

Подсветка элементов платы

Разъем светодиодов 3-Pin (+5V-D-G)

Разъем светодиодов 4-Pin (12V-G-R-B)

Приложение для взаимодействия со смартфоном

Интерфейсы

Общее количество интерфейсов USB

Модуль удаленного управления IPMI

Источник

1

X99X79 Chinese Motherboard Comparison Price Special thanks: Other sheets: Power Supply Unit Comparison More information:
«V» — Version
«Var» — Motherboard variant with different VRM
«[X+X]» — Phase Doubler
«[XxX]» — Phase Pseudo-Doubler

2

Over HUANANZHI
Official Store SSD Comparison

3

High Dea1hwa1cher Capacitors Comparison

4

Middle

5

Low

6

Database by DigitalCore
UPDATED 13.05.22 Contact us:
vk.com/dcsup
vk.com/frozenzonee PHYSICAL POWER MEMORY STORAGE NETWORK AUDIO DIAGNOSTIC REAR PANEL PORT

7

BASE

8

Chipset Brand Model Price Size in millimeters (HxW) Heat Sink Fan Сonnector EPS12V Power Delivery VRM Components DDR SDRAM Slots Serial-ATA M.2 LAN Wi-Fi Controller Channel Debug Button I/O Ports

9

Form 3-pin 4-pin PWM CPU + VTT Phase Doubler High-Side Low-Side Inductors
& Capacitors Recommended CPU TDP QTY Channel QTY QTY Controller Wireless Module 2-Digit Display Speaker PWR RST

10

11

X99

Extended-ATX

Huananzhi T8D
(Dual)

$$$$ 300 x 320 ✔️
(x2) x4 CHA x2 CPU x2
8-pin (x2)
Renesas/Intersil
ISL6376
(6-phase) (x2)
[6] + [0] NONE (x1)
UBIQ
QN3103M6N
(68A/6.3mΩ) (x1)
UBIQ
QN3107M6N
(110A/2.6mΩ) R33
&
APAQ ≤130W x8 (x8) DDR3
(х4 CPU) x10
(SATA III) (x1) NVME
(x1) SATA (x2)

Realtek 8111H ❌ Realtek ALC887 7.1 ✔️ ✔️ ✔️ ✔️

12

X99

Extended-ATX

Huananzhi F8D

(Dual)

$$$$ 300 x 320 ✔️
(x2) x4 CHA x2 CPU x2
8-pin (x2)
Renesas/Intersil
ISL6376
(6-phase) (x2)
[3x3] + [0] NONE
(Some VRM components were merely doubled via Dual Gate Drivers ICs) (x1)
UBIQ
QN3103M6N
(68A/6.3mΩ) (x1)
UBIQ
QN3107M6N
(110A/2.6mΩ) R33
&
APAQ ≤130W x8 (x8) DDR4
(x4 CPU) x10
(SATA III) (x1) NVME
(x1) SATA (x2)

Realtek 8111H ❌ Realtek ALC887 7.1 ✔️ ✔️ ✔️ ✔️

13

X99

Extended-ATX

Jingsha F2
(Dual)

$$$$ 304 x 300 ✔️
(x2) x2 CHA x2 CPU x2
8-pin (x2)
Renesas/Intersil
ISL69138
(7-phase) (x2)
[7] + [0] NONE (x1)
FETek
FKBA3016
(108A/4mΩ) R50
&
YTF ≤130W x8 (x8) DDR4
(x4 CPU) x10
(SATA III) (x1) NVME (x2)

Realtek 8111H ❌ Realtek ALC662 5.1 ✔️ ✔️ ❌ ❌

14

X99

Extended-ATX

Jingsha BQ36
(V1.1/Dual)

$$$$ 304 x 300 ✔️
(x2) x2 CHA x2 CPU x2
8-pin (x2)
Renesas/Intersil
ISL69138
(7-phase)
(In 5-phase mode) (x2)
[5] + [0] NONE (x1)
Renesas/Intersil
DrMOS ISL99227FRZ-T
(60A) PA3288
&
APAQ ≤110W x8 (x8) DDR4
(x4 CPU) x10
(SATA III) (x1) NVME (x2)

Realtek 8111H ❌ Realtek ALC662 5.1 ✔️ ✔️ ❌ ❌

15

X99

Extended-ATX

SZMZ BQ36
(V2.0/Dual)

$$$$ 305 x 301 ✔️
(x2) x2 CHA x2 CPU x2
8-pin (x2)
Renesas/Intersil
ISL69138
(7-phase)
(In 5-phase mode) (x2)
[5] + [0] NONE (x1)
Renesas/Intersil
DrMOS ISL99227HRZ-T
(60A) FP1107R1-R15-R
&
YTF
ST? ≤110W x8 (x8) DDR4
(x4 CPU) x9
(SATA III) (x1) NVME
(x1) SATA (x2)

Realtek 8111H ❌ Realtek ALC662 5.1 ✔️ ❌ ❌ ❌

16

X99

Extended-ATX

JGINYUE D8
(Dual)

$$$$ 330 x 305 ✔️
(x2) x2 CHA x2 CPU x2
8-pin (x2)
uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) (x2)
[3+3] + [0] uPI Semiconductor

uP1961S (x1)
UBIQ
QN3103M6N
(68A/6.3mΩ) (x1)
UBIQ
QN3107M6N
(110A/2.6mΩ) R33
&
ST? ≤110W x8 (x8) DDR4
(x4 CPU) x8
(SATA III) (x2) NVME (by CPU) (x2)
Realtek 8111 ❌ Realtek ALC662 5.1 ✔️ ❌ ❌ ❌

17

X99

Extended-ATX

Machinist
Kllisre
QIYIDA ZX-DU99D4
(V1.11/Dual)

$$$$ 296 x 283 ✔️
(x2) x2 CHA x2 CPU x2
8-pin (x2)
uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) (x2)
[3+3] + [0] uPI Semiconductor

uP1961S (x1)
UBIQ
QN3103M6N
(68A/6.3mΩ) (x1)
UBIQ
QN3107M6N
(110A/2.6mΩ) R33
&
ST? ≤110W x8 (x4) DDR4
(x2 CPU) x6
(SATA III) (x2) NVME (by CPU) (x2)
Unknown ❌ Realtek ALC662 5.1 ✔️ ✔️ ❌ ❌

18

X99

ATX JGINYUE TITANIUM-D4

$$$ 300 x 215 ✔️
Active Cooling
(One Fan)
(30 x 30 mm) x1 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase) [4+4] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4377NSKP
(50A/7mΩ) (x1)

Sinopower

SM4522NHKP

(110A/2.65mΩ) R80
&
ST? ≤150W x4 (x4) DDR4 x4
(SATA III)
x2
(SATA II) (x1) NVME
(x1) SATA Realtek 8111 ❌ Realtek ALC888 7.1 + 2 ✔️ ❌ ✔️ ✔️

19

X99

ATX Huananzhi TF
(V1.1)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU
x1 CHA x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
APAQ ≤140W x8 (x4) DDR3
&
(x4) DDR4
(Only one type) x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Realtek 8111H Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ✔️ ✔️

20

X99

ATX Huananzhi F8
(V2.0)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
NJcon ≤140W x8 (x4) DDR4 x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Realtek 8111B Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ✔️ ✔️

21

X99

ATX Huananzhi T8
(V0.1)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
NJcon ≤140W x8 (x4) DDR3 x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Realtek 8111B Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ✔️ ✔️

22

X99

ATX Jingsha E8I
(V1.0)

$$$ 302 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x2 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6] + [0] NONE (x1)
UBIQ
QM3004M6
(58A/8.5mΩ) (x1)
UBIQ
QM3016M6
(108A/4mΩ) R33
&
ST? ≤140W x8 (x4) DDR4 x6
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Unknown Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ❌ ❌ ❌

23

X99

ATX Jingsha E8I
(V1.0/Var 2)

$$$ 302 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x2 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6] + [0] NONE (x1)
FETek
FKBA3004
(58A/8.5mΩ) (x1)
FETek
FKBA3016
(108A/4mΩ) R33
&
ST? ≤140W x8 (x4) DDR4 x6
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Unknown Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ❌ ❌ ❌

24

X99

ATX Huananzhi BD4
(V1.2)

$$$ 284 x 218 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU
x1 CHA x1
8-pin Unknown [3x3] + [0] NONE
(Some VRM components were merely doubled via Dual Gate Drivers ICs) (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x2)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
APAQ ≤140W x4 (x4) DDR4 x4
(SATA III)
x2
(SATA II) (x1) NVME
(x1) SATA Realtek 8111G ❌ Realtek ALC662 5.1 ✔️ ✔️ ✔️ ✔️

25

X99

ATX Huananzhi AD3
(V3.0)

$$$ 283 x 215 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x4 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [3x3] + [0] NONE
(Some VRM components were merely doubled via Dual Gate Drivers ICs) (x1)
UBIQ
QN3103M6N
(68A/6.3mΩ) (x2)
UBIQ
QN3107M6N
(110A/2.6mΩ) R33
&
? ≤140W x4 (x4) DDR3 x8
(SATA III) (x1) NVME
(x1) SATA Realtek 8111F ❌ Realtek ALC662 5.1 ✔️ ✔️ ✔️ ✔️

26

X99

ATX Huananzhi AD4
(V2.0)

$$$ 283 x 215 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6] + [0] NONE (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
? ≤140W x4 (x4) DDR4 x8
(SATA III) (x1) NVME
(x1) SATA Realtek 8111F ❌ Realtek ALC662 5.1 ✔️ ✔️ ✔️ ✔️

27

X99

ATX Jingsha
Kllisre D8
(V1.0)

$$$ 302 x 244 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
FETek
FKBA3004
(58A/8.5mΩ) (x2)
FETek
FKBA3016
(108A/4mΩ) R33
&
APAQ ≤130W x8 (x4) DDR4 x8
(SATA III) (x1) NVME Realtek 8111H Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ❌ ❌

28

X99

ATX Jingsha 8D3

$$$ 302 x 244 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6] + [0] NONE (x1)
FETek
FKBA3004
(58A/8.5mΩ) (x2)
FETek
FKBA3016
(108A/4mΩ) R33
&
APAQ ≤130W x8 (x4) DDR3 x8
(SATA III) (x1) NVME Realtek 8111H Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ❌ ❌

29

X99

ATX Huananzhi TF
(V1.2)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6] + [0] NONE (x1)
Rectron
3NA7R2
(52A/7.2mΩ) (x1)
Rectron
3NA3R4
(75A/3.4mΩ) R33
&
NJcon ≤130W x8 (x4) DDR3
&
(x4) DDR4
(Only one type) x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Realtek 8111H Optional M.2 Slot Realtek ALC888 7.1 + 2 ✔️ ✔️ ✔️ ✔️

30

X99

ATX Huananzhi TF
(V2.0)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6] + [0] NONE (x1)
Excelliance MOS
EMB07B03HR
(50A/7mΩ) (x1)
Excelliance MOS
EMB04N03H
(75A/4mΩ) R33
&
NJcon ≤130W x8 (x4) DDR3
&
(x4) DDR4
(Only one type) x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Unknown Optional M.2 Slot Realtek ALC887 7.1 ✔️ ✔️ ✔️ ✔️

31

X99

ATX Huananzhi F8
(New Ver.)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU x1
8-pin Unknown [6] + [0] NONE (x1)
Rectron
3NA7R2
(52A/7.2mΩ) (x1)
Rectron
3NA3R4
(75A/3.4mΩ) R33
&
NJcon ≤130W x8 (x4) DDR4 x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Unknown Optional M.2 Slot Realtek ALC887 7.1 ✔️ ✔️ ✔️ ✔️

32

X99

ATX Huananzhi F8
(New Ver./Var 2)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU x1
8-pin Unknown [6] + [0] NONE (x1)
Excelliance MOS
EMB07B03HR
(50A/7mΩ) (x1)
Excelliance MOS
EMB04N03H
(75A/4mΩ) R33
&
NJcon ≤130W x8 (x4) DDR4 x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Unknown Optional M.2 Slot Realtek ALC887 Optional M.2 Slot ✔️ ✔️ ✔️ ✔️

33

X99

ATX Huananzhi TF
(V2.0/Var.2)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6] + [0] NONE (x1)
Rectron
3NA7R2
(52A/7.2mΩ) (x1)
Rectron
3NA3R4
(75A/3.4mΩ) R33
&
NJcon ≤130W x8 (x4) DDR3
&
(x4) DDR4
(Only one type) x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Realtek 8111F Optional M.2 Slot Realtek ALC883 7.1 + 2 ✔️ ✔️ ✔️ ✔️

34

X99

ATX Huananzhi T8
(V0.1/Var 2)

$$$ 300 x 244 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x3 CHA x1 CPU x1
8-pin Unknown [6] + [0] NONE (x1)
Rectron
3NA7R2
(52A/7.2mΩ) (x1)
Rectron
3NA3R4
(75A/3.4mΩ) R33
&
NJcon ≤130W x8 (x4) DDR3 x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Unknown Optional M.2 Slot Unknown Unknown ✔️ ✔️ ✔️ ✔️

35

X99

ATX Kllisre
QIYIDA ZX-99D3A4
(V1.21)

$$$ 300 x 244 ✔️ x3 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4377NSKP
(50A/7mΩ) (x1)

Sinopower

SM4522NHKP

(110A/2.65mΩ) R33
&
NJcon ≤110W x8 (x4) DDR3
&
(x4) DDR4
(Only one type) x8
(SATA III) (x1) NVME (by CPU)
(x1) NVME (by PCH) Unknown Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ✔️ ✔️

36

X99

mATX Huananzhi ZD4

$$$ 242 x 242 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
APAQ ≤110W x4 (x4) DDR4 x4
(SATA III)
x2
(SATA II) (x1) NVME
(x1) SATA Realtek 8111G ❌ Realtek ALC887 7.1 ✔️ ✔️ ❌ ❌

37

X99

ATX Huananzhi BD3
(V1.1)

$$$ 283 x 215 ✔️
Active Cooling
(Two Fan)
(30 x 30 mm) x2 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6?] + [0] Unknown Unknown Unknown R33
&
APAQ ? x4 (x4) DDR3 x4
(SATA III)
x2
(SATA II) (x1) NVME
(x1) SATA Realtek 8111G ❌ Realtek ALC662 5.1 ✔️ ✔️ ✔️ ✔️

38

X99

ATX Machinist MR9D Will be add as soon as possible $$$ 303 x 244 ✔️
Active Cooling
(One Fan)
(30 x 30 mm) x2 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6?] + [0] Unknown Unknown Unknown R33
&
YTF ? x8 (x4) DDR4 x10
(SATA III) (x1) NVME
(x1) SATA Unknown Optional M.2 Slot Realtek ALC887 7.1 ✔️ ✔️ ✔️ ✔️

39

X99

ATX Machinist MR9S Will be add as soon as possible $$ 303 x 244 ✔️
Active Cooling
(One Fan)
(30 x 30 mm) x2 CHA x1 CPU
x1 CHA x1
8-pin Unknown [6?] + [0] Unknown Unknown Unknown R33
&
YTF ? x8 (x4) DDR4 x4
(SATA III)
x2
(SATA II) (x1) NVME
(x1) SATA Realtek 8111K Optional M.2 Slot Realtek ALC887 7.1 ✔️ ✔️ ✔️ ✔️

40

X99

ATX Machinist MR9A Will be add as soon as possible $$ 280 x 220 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] Unknown (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x2)
Sinopower
SM4503NHKP
(80A/3mΩ) R33
&
YTF ≤110W x4 (x4) DDR4 x6
(SATA III)
x2
(SATA II) (x1) NVME
(x1) SATA Unknown ❌ Realtek ALC662 5.1 ✔️ ✔️ ❌ ❌

41

X99

ATX Atermiter PlexHD ZX-99EV3
DDR3
(V1.23/Var 2)

$$ 280 x 220 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
UBIQ
QN3103M6N
(68A/6.3mΩ) (x1)
UBIQ
QN3107M6N
(110A/2.6mΩ) R33
&
ST? ≤110W x4 (x4) DDR3 x8
(SATA III) (x1) NVME/SATA
(Only one type) Realtek 8106E
Or
8111H Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ❌ ❌

42

X99

ATX Atermiter PlexHD ZX-99EV3
DDR4
(V1.23/Var 2)

$$ 280 x 220 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
UBIQ
QN3103M6N
(68A/6.3mΩ) (x1)
UBIQ
QN3107M6N
(110A/2.6mΩ) R33
&
ST? ≤110W x4 (x4) DDR4 x8
(SATA III) (x1) NVME/SATA
(Only one type) Realtek 8106E
Or
8111H Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ❌ ❌

43

X99

ATX Atermiter PlexHD ZX-99EV3
DDR3
(V1.23)

$$ 280 x 220 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
MagnaChip
MDU1514
(66.3A/6.mΩ) (x1)
MagnaChip
MDU1517
(100A/2.9mΩ) R33
&
ST? ≤110W x4 (x4) DDR3 x8
(SATA III) (x1) NVME/SATA
(Only one type) Realtek 8106E
Or
8111H Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ❌ ❌

44

X99

ATX Atermiter
PlexHD ZX-99EV3
DDR4
(V1.23)

$$ 280 x 220 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
MagnaChip
MDU1514
(66.3A/6.mΩ) (x1)
MagnaChip
MDU1517
(100A/2.9mΩ) R33
&
ST? ≤110W x4 (x4) DDR4 x8
(SATA III) (x1) NVME/SATA
(Only one type) Realtek 8106E
Or
8111H Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ❌ ❌

45

X99

ATX Atermiter PlexHD ZX-99EV3
DDR4
(V1.31)

$$ 280 x 220 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [3x3] + [0] NONE
(Some VRM components were merely doubled via Dual Gate Drivers ICs) (x1)
Sinopower
SM4377NSKP
(50A/7mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
ST? ≤110W x4 (x4) DDR4 x8
(SATA III) (x1) NVME/SATA
(Only one type) Realtek 8106E
Or
8111H Optional M.2 Slot Realtek ALC883 7.1 + 2 ✔️ ✔️ ❌ ❌

46

X99

ATX Wovibo
Machinist ZX-X99D3T
(V1.01)

$$ 281 x 222 ✔️ x1 CHA x1 CPU x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)

Sinopower

SM4377NSKP

(50A/7mΩ) (x1)

Sinopower

SM4522NHKP

(110A/2.65mΩ) R33
&
NJcon ≤110W x4 (x4) DDR3 x8
(SATA III) (x2) NVME (by CPU) Unknown Optional M.2 Slot Realtek ALC892 7.1 + 2 ✔️ ✔️ ❌ ❌

47

X99

ATX SHUANGWEI ST-X99S-2011

$$ 280 x 200 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
YTF
ST? ≤110W(?) x4 (x4) DDR4 x4
(SATA III) (x1) NVME/SATA
(Only one type) Realtek 8111 Optional M.2 Slot Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

48

X99

mATX Atermiter X99Z
(V202) Will be add as soon as possible $$ 240 x 190 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
YTF
ST? ≤110W(?) x4 (x4) DDR4 x6
(SATA III) (x1) NVME
(x1) SATA Unknown ❌ Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

49

X99

ATX Atermiter Turbo
(V1.21)

$$ 282 x 218 ✔️ x1 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)

Sinopower

SM4377NSKP

(50A/7mΩ) (x1)

Sinopower

SM4522NHKP

(110A/2.65mΩ) R33
&
ST? ≤110W x4 (x2) DDR4 x4
(SATA III)
x2
(SATA II) (x1) NVME Unknown ❌ Realtek ALC887 7.1 ✔️ ❌ ❌ ❌

50

X99

ATX Kllisre Turbo
(V1.22)

$$ 282 x 218 ✔️ x1 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)

Rectron

RMN3N5R0DF

(61A/5mΩ) (x1)

Rectron

RMN3N2R8P6

(103A/2.8mΩ) R33
&
ST? ≤110W x4 (x2) DDR4 x4
(SATA III)
x2
(SATA II) (x1) NVME Realtek 8111F ❌ Realtek ALC888 7.1 + 2 ✔️ ❌ ❌ ❌

51

X99

mATX Machinist K9

$$ 240 x 190 ✔️ x1 CHA x1 CPU x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
ST? ≤90W x4 (x4) DDR4 x6
(SATA III) (x1) NVME
(x1) SATA Realtek 8111H Optional M.2 Slot Realtek ALC662 5.1 ❌ ❌ ❌ ❌

52

X99

mATX Machinist RS9

$$ 235 x 185 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
ST? ≤90W x4 (x4) DDR4 x4
(SATA III) (x1) NVME
(x1) SATA Unknown Optional M.2 Slot Realtek ALC662 5.1 ❌ ❌ ❌ ❌

53

X99

mATX Machinist G7

$$ 235 x 185 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R80
&
ST? ≤90W x4 (x4) DDR3 x4
(SATA II) (x1) NVME
(x1) SATA Unknown Optional M.2 Slot Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

54

X99

mATX JGINYUE PLUS D4

$$ 235 x 185 ✔️ x2 CHA x1 CPU x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
APAQ ≤90W x4 (x4) DDR4 x4
(SATA III) (x1) NVME
(x1) SATA Realtek 8111G Optional M.2 Slot Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

55

X99

mATX JGINYUE PLUS D3

$$ 235 x 185 ✔️ x2 CHA x1 CPU x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
? ≤90W x4 (x4) DDR3 x4
(SATA III) (x1) NVME
(x1) SATA Realtek 8111G Optional M.2 Slot Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

56

X99

mATX QIYIDA H9

$$ 240 x 180 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
YTF ≤90W x4 (x4) DDR4 x4
(SATA III) (x1) NVME
(x1) SATA Realtek 8111H Optional M.2 Slot Realtek ALC662 5.1 ✔️ ✔️ ❌ ❌

57

X99

mATX ALZENIT
Kllisre
Machinist X99Z
(V102)

$$ 240 x 190 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [3x3] + [0] NONE
(Some VRM components were merely doubled via Dual Gate Drivers ICs) (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
ST? ≤90W x4 (x4) DDR4 x6
(SATA III) (x1) NVME
(x1) SATA Realtek 8111H ❌ Realtek ALC662 5.1 ❌ ❌ ❌ ❌

58

X99

mATX Machinist X99Z

(V102A)

$$ 240 x 190 ✔️ x1 CHA x1 CPU x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
ST? ≤90W x4 (x4) DDR4 x6
(SATA III) (x1) NVME
(x1) SATA Realtek 8111H ❌ Realtek ALC662 5.1 ❌ ❌ ❌ ❌

59

X99

mATX Machinist X99Z
(V104)

$$ 240 x 190 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [3x3] + [0] NONE
(Some VRM components were merely doubled via Dual Gate Drivers ICs) (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
ST? ≤90W x4 (x4) DDR4 x6
(SATA III) (x1) NVME
(x1) SATA Realtek 8111H ❌ Realtek ALC662 5.1 ❌ ❌ ❌ ❌

60

X99

mATX Machinist RS9
(V2.0)

$$ 235 x 185 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
NikoS
UK6B2BA
(48A/6.8mΩ) (x1)
NikoS
PK648BA
(75A/3.4mΩ) R33
&
ST? ≤90W x4 (x4) DDR4 x4
(SATA III) (x1) NVME
(x1) SATA Realtek 8111F Optional M.2 Slot Realtek ALC662 5.1 ❌ ❌ ❌ ❌

61

X99

mATX Kllisre B5
(V1.1) Will be add as soon as possible $$ 236 x 185 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
ST? ≤90W x4 (x4) DDR4 x4
(SATA III) (x1) NVME
(x1) SATA Unknown Optional M.2 Slot Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

62

X99

mATX Machinist X99Z
(V201)

$$ 240 x 190 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
? ≤90W x4 (x4) DDR4 x2
(SATA III)
x2
(SATA II) (x1) NVME
(x1) SATA Unknown ❌ Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

63

X99

mATX JGINYUE
Machinist TF-M

$$ 235 x 185 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [3x3] + [0] NONE
(Some VRM components were merely doubled via Dual Gate Drivers ICs) (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
ST? ≤90W x4 (x2) DDR3
&
(x2) DDR4
(Only one type) x4
(SATA III) (x1) NVME/SATA
(Only one type) Realtek 8111H ❌ Realtek ALC662 5.1 ❌ ❌ ❌ ❌

64

X99

mATX JGINYUE PLUS
(V2.0)

$$ 237 x 186 ✔️ x2 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
YTF ≤90W x4 (x2) DDR3
&
(x2) DDR4
(Only one type) x2
(SATA III)
x2
(SATA II) (x1) NVME/SATA
(Only one type) Realtek 8111H ❌ Realtek ALC662 5.1 ❌ ❌ ❌ ❌

65

X99

ATX Kllisre Turbo
(V1.22)

$$ 282 x 218 ✔️ x1 CHA x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)

Rectron

RMN3N5R0DF

(61A/5mΩ) (x1)

Rectron

RMN3N2R8P6

(103A/2.8mΩ) R33
&
ST? ≤90W x4 (x2) DDR4 x4
(SATA III)
x2
(SATA II) (x1) NVME Realtek 8111F ❌ Realtek ALC888 7.1 + 2 ✔️ ❌ ❌ ❌

66

X99

mATX Huananzhi 8M
(V1.1)

$$ 237 x 180 ✔️ x2 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
NJcon ≤90W x2 (x2) DDR4 x4
(SATA III) (x1) NVME Realtek 8111F ❌ Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

67

X99

mATX Huananzhi 8M-F

$$ 240 x 180 ✔️ x1 CHA x1 CPU x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)
Sinopower
SM4508NHKP
(48A/6.8mΩ) (x1)
Sinopower
SM4522NHKP
(110A/2.65mΩ) R33
&
APAQ ≤90W x2 (x2) DDR4 x4
(SATA III) (x1) NVME Realtek 8111H ❌ Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

68

X99

mATX Huananzhi 8MD3

$$ 237 x 180 ✔️ x2 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [6] + [0] NONE (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
NJcon ≤90W x2 (x2) DDR3 x4
(SATA III) (x1) NVME Realtek 8111F ❌ Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

69

X99

mATX JGINYUE
Machinist V500

$$ 235 x 185 ✔️ x1 CHA x1 CPU x1
8-pin Renesas/Intersil
ISL6376
(6-phase) [3x3] + [0] NONE
(Some VRM components were merely doubled via Dual Gate Drivers ICs) (x1)
UBIQ
QM3092M6
(56A/8.4mΩ) (x1)
UBIQ
QM3098M6
(128A/3mΩ) R33
&
ST? ≤90W x4 (x2) DDR3
&
(x2) DDR4
(Only one type) x4
(SATA III) (x1) NVME/SATA
(Only one type) Realtek 8111H ❌ Realtek ALC662 5.1 ❌ ❌ ❌ ❌

70

X99

mATX Huananzhi 8M-T

$$ 237 x 180 ✔️ x2 CHA x1 CPU x1
8-pin Unknown [6?] + [0] Unknown Unknown Unknown R33
&
APAQ ? x2 (x2) DDR3 x4
(SATA III) (x1) NVME Realtek 8111H ❌ Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

71

X99

mATX Jingsha D4
(V1.0)

$ 242 x 180 ✔️ x1 CHA x1 CPU x1
8-pin Unknown [6] + [0] NONE (x1)
FETek
FKBA3004
(58A/8.5mΩ) (x1)
FETek
FKBA3016
(108A/4mΩ) R33
&
APAQ ≤90W x2 (x2) DDR4 x4
(SATA III) (x1) NVME Realtek 8111H Optional M.2 Slot Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

72

X99

mATX Wovibo
Atermiter H
(V1.11)

$ 215 x 187 ✔️ ❌ x1 CPU
x1 CHA x1
8-pin uPI Semiconductor
uP1649Q
(4-phase)
(In 3-phase mode) [3+3] + [0] uPI Semiconductor

uP1961S (x1)

Sinopower

SM4377NSKP

(50A/7mΩ) (x1)

Sinopower

SM4522NHKP

(110A/2.65mΩ) R80
&
ST? ≤90W x4 (x2) DDR4 x1
(SATA III)
x2
(SATA II) (x1) NVME/SATA
(Only one type) Unknown ❌ Realtek ALC662 5.1 ❌ ❌ ❌ ❌

73

X99

mATX Jingsha H2
(V1.0)

$ 242 x 200 ✔️ ❌ x1 CPU
x1 CHA x1
8-pin Unknown [6?] + [0] Unknown Unknown Unknown R33
&
YTF ? x4 (x2) DDR4 x4
(SATA III) (x1) NVME Realtek 8111H Optional M.2 Slot Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

74

X99

mATX Jingsha H
(V1.0)

$ 242 x 200 ✔️ ❌ x1 CPU
x1 CHA x1
8-pin Unknown [6?] + [0] Unknown Unknown Unknown ?
&
? ? x4 (x2) DDR4 x4
(SATA III) (x1) NVME Realtek 8111H Optional M.2 Slot Realtek ALC662 5.1 ❌ ✔️ ❌ ❌

75

X99

mATX Jingsha GT
(V1.0)

$ 242 x 180 ✔️ ❌ x1 CPU
x1 CHA x1
8-pin Unknown [6?] + [0] Unknown Unknown Unknown R33
&
? ? x2 (x2) DDR4 x4
(SATA III) (x1) NVME Realtek 8111H Optional M.2 Slot Realtek ALC662 5.1 ❌ ❌ ❌ ❌

76

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На чтение 2 мин Просмотров 987 Опубликовано 25.02.2017

Характеристики материнских плат ASUS, ASRock, Gigabyte и MSI, подходящих для процессоров Ryzen.

В настоящее время ведется производство материнских плат AM-4 несколькими производителями. AMD планирует выпустить 42 модели плат в 5 категориях (подробнее – в статье Материнские платы для процессоров Ryzen).

В этих таблицах собраны все характеристики плат, о которых известно в настоящее время.

Содержание

  1. Материнские платы MSI AM4
  2. Материнские платы ASROCK AM4
  3. Материнские платы GIGABYTE AM4
  4. Материнские платы ASUS AM4

Материнские платы MSI AM4

Материнская плата X370 XPOWER Gaming Titanium X370 Gaming Pro Carbon B350 Tomahawk Gaming B350M MORTAR A320M PRO-VD
Процессор Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU
Форм-фактор ATX ATX ATX M-ATX M-ATX
Сокет AM4 AM4 AM4 AM4 AM4
Фазы питания 10 10 6 6 5
Разъемы питания процессора 8+4 Pin (+6-Pin для mGPU) 8-Pin 8-Pin 8-Pin 8-Pin
Слоты DDR4 DIMM 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 2 (32 Гб макс.)
Порты SATA III 6 Гб/с 6 6 4 4 4
Слоты PCI-e 3.0 x16 2×16 / 1×8 2×16 / 1×8 1×16 / 1×8 2×16 / 1×8 1×16
Слоты PCI-e 3.0 x1 3 3 3 + 2 PCI Legacy Slots 2 2
Слоты M.2 PCI-e 1 1 1 1
Порты USB 3.1 (внеш.) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C)
Порты USB 3.0 (внутр./внеш.) 2+4 2+4 2+2 2+2 2+2
Порты USB 2.0 (внутр./внеш.) 3+3 2+2 2+2 2+2 2+2
Подключение монитора Display Port / HDMI DVI / HDMI DVI / VGA / HDMI DVI / HDMI DVI / VGA
Цена 299$ 179$ 110$ 90$ 60$

Материнские платы ASROCK AM4

Материнская плата X370 TAICHI X370 FATAL1TY PROFESSIONAL GAMING X370 FATAL1TY GAMING K4 X370 KILLER SLI/ac X370 KILLER SLI AB350 GAMING K4 AB350 PRO4 AB350M PRO4 A320M PRO4
Процессор Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU
Форм-фактор ATX ATX ATX ATX ATX ATX ATX M-ATX M-ATX
Сокет AM4 AM4 AM4 AM4 AM4 AM4 AM4 AM4 AM4
Фазы питания 16 16 12+2+1 12+2+1 12+2 9+2 9+2 9+2 9+2
Разъемы питания процессора 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin
Слоты DDR4 DIMM 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.)
Порты SATA III 6 Гб/с 10 10 6 6 6 6 6 4 4
Слоты PCI-e 3.0 x16 2×16 / 1×4 2×16 / 1×4 2×16 2×16 2×16 1×16 / 1×4 1×16 / 1×4 1×16 / 1×4 1×16 / 1×4
Слоты PCI-e 3.0 x1 2 2 3 3 3 3 3 1 1
Слоты M.2 PCI-e 2 2 2 2 2 2 2 2 2
Порты USB 3.1 (внеш.) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C) 1 (Type-C) 1 (Type-C)
Порты USB 3.0 (внутр./внеш.) 6+4 (внутр.) 6+4 (внутр.) 6+4 (внутр.) 6+4 (внутр.) 6+4 (внутр.) 6+2 (внутр.) 4+2 (внутр.) 4+2 (внутр.) 4+2 (внутр.)
Порты USB 2.0 (внутр./внеш.) 2 внутр. 2 внутр. 2 внутр. 2 внутр. 2 внутр. 2 внутр. 2+2 2+2 2+2
Беспроводное соединение + bluetooth-модуль Да Да + порт Dual Ethernet LAN Mounting Included But Not Bundled Да Mounting Included But Not Bundled
Подключение монитора HDMI HDMI HDMI HDMI / DVI / mDP VGA / DVI / HDMI VGA / DVI / HDMI VGA / DVI / HDMI
Цена 210$ 260$ 160$ 150$ 140$ 110$ 100$ 90$

Материнские платы GIGABYTE AM4

Материнская плата AX370 AORUS GAMING K7 AX370 AORUS GAMING K5 AX370 AORUS GAMING K3 X370 AORUS GAMING 5 AX370 AORUS D3 AB350 GAMING AB350 GAMING 3 AB350M GAMING 3 B350M D2 B350M D2
Процессор Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU
Форм-фактор ATX ATX ATX ATX ATX ATX ATX M-ATX M-ATX M-ATX
Сокет AM4 AM4 AM4 AM4 AM4 AM4 AM4 AM4 AM4 AM4
Фазы питания 10 6+2 10 6+2 7+1 7+1 7+1 7+1 7+1
Разъемы питания процессора 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin 8-Pin
Слоты DDR4 DIMM 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 2 (32 Гб макс.) 2 (32 Гб макс.)
Порты SATA III 6 Гб/с 6 SATA III + 2 SATA 10 SATA III + 2 SATA 6 SATA III + 2 SATA 6 6 6 4 4
Слоты PCI-e 3.0 x16 1×16 / 2×8 1×16 / 2×8 1×16 / 2×8 1×16 / 1×8 1×16 / 1×8 / 1×4 1×16 / 1×8 1×16 1×16
Слоты PCI-e 3.0 x1 3 3 3 3 2 1 2 2 (+1 PCI Legacy Slot)
Слоты M.2 PCI-e 1 1 1 1 1 1
Порты USB 3.1 (внеш.) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C) 2 (Type A + Type-C)
Порты USB 3.0 (внутр./внеш.) 4+ 8 (2 USB DAC) 4+ 8 (2 USB DAC) 4+ 8 (2 USB DAC) 2+6 2+6 2+6 2+4 2+4
Порты USB 2.0 (внутр./внеш.) 2 внутр. 2 внутр. 2 внутр. 2+2 2+1 2+2 2+2 2+2
Беспроводное соединение + bluetooth-модуль Dual Ethernet Ports Dual Ethernet Ports Dual Ethernet Ports Dual Ethernet Ports
Подключение монитора HDMI HDMI HDMI DVI / HDMI DVI / HDMI VGA / DVI / HDMI VGA / DVI VGA / DVI
Цена 190$ 195$ 150$ 100$ 110$ 95$

Материнские платы ASUS AM4

Материнская плата X370 ROG CROSSHAIR VI HERO X370 PRIME PRO B350 PRIME PLUS B350M PRIME-A A320M-C
Процессор Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU Ryzen CPU, Bristol Ridge APU
Форм-фактор ATX ATX ATX M-ATX M-ATX
Сокет AM4 AM4 AM4 AM4 AM4
Фазы питания 12 10 6 6 6
Разъемы питания процессора 8+4 Pin 8-Pin 8-Pin 8-Pin 4-Pin
Слоты DDR4 DIMM 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 4 (64 Гб макс.) 2 (32 Гб макс.)
Порты SATA III 6 Гб/с 8 8 6 6 4
Слоты PCI-e 3.0 x16 1×16 / 2×8 1×16 / 2×8 1×16 / 1×8 1×16 1×16
Слоты PCI-e 3.0 x1 3 3 2 + 1 PCI Legacy Slots 2 2 + 1 PCI Legacy Slots
Слоты M.2 PCI-e 1 1 1 1 1
Порты USB 3.1 (внеш.) 2 (Type A + Type-C) + 1 Internal Header 2 (Type A + Type-C) + 1 Internal Header
Порты USB 3.0 (внутр./внеш.) 2+8 2+6 2+6 2+6 2+4
Порты USB 2.0 (внутр./внеш.) 2+4 2 внутр. 2+2 2 внутр. 2+2
Подключение монитора DP / HDMI VGA / DVI / HDMI VGA / DVI / HDMI VGA / DVI / HDMI
Цена 255$ 160$ 100$

   Информация обновлена: 25 февраля 2017г.

Источник

Hi again everyone! I’m sharing my comprehensive list of AM4-socket Motherboards (with X570 / X470 / X370 / B550 (added June 2020) / B450 / B350 / A320 chipsets). This sortable database aims to easily compare detailed specifications of all the different motherboard brands and models for AMD Ryzen CPUs (the link to the database opens to a shared Google Spreadsheet). Link: https://docs.google.com/spreadsheets/d/1wmsTYK9Z3-jUX5LGRoFnsZYZiW1pfiDZnKCjaXyzd1o/edit#gid=2112472504

[Imgur](https://i.imgur.com/J4C4C3F.png)

Each viewer can arrange or hide any data in the table to show only the models being considered through sorting/filtering the specific features and components one is looking for in an AM4 motherboard. (General instructions on how to sort and filter the only models you wish to see and compare are mentioned in the spreadsheet).

All information found in the table were researched and verified to the best of my ability based on manufacturer’s data, user manuals, and reviews. I may update the table from time to time when new information are made available. If there are discrepancies/errors, let me know.

DEFAULT ARRANGEMENT OF THE DATABASE

When first viewed, the database is arranged in the following order of priority:

  • By Chipset: X570 —> X470 —> X370 —> B550 (added June 2020) —> B450 —> B350 —> A320

  • By Size / Form Factor: E-ATX —> ATX —> mATX —> ITX —> Thin ITX

  • By Brand (Alphabetically): Asrock -> Asus -> Biostar -> ECS -> Gigabyte -> Msi

The above data can be seen in the left-most columns. Apart from the Brand/Model Name, a few other data are included at the main left-most columns such as: Photo of the motherboard, the Year (and Quarter) when the motherboard was made available, the Price Range, and a Subjective Tier («ranking»).

PRICE RANGE

This data shows the average approximate retail cost of the motherboard, indicated by a $ symbol. The first $ symbol means the board costs around $80 or lower, while the succeeding $ symbol thereafter is equivalent to an additional $40 each symbol over and above the $80 price tag. So,

  • $ = ~$80 or lower

  • $$ = From ~$80 to ~$120

  • $$$ = From ~$120 to ~$160

  • $$$$ = From ~$160 to ~$200

  • $$$$$ = From ~$200 to ~$240, and so forth…

SUBJECTIVE TIER

This is a personal and subjective assessment on how the motherboard is «ranked» based on its features, specs, and quality compared to the models of the same brand. I have generally categorized motherboards in four (4) tiers, named and color-coded as:

  • ENTHUSIAST (Green) Models

  • HIGH PERFORMANCE (Yellow) Models

  • MAINSTREAM (Brown) Models

  • ENTRY-LEVEL (Magenta) Models

Detailed motherboards specifications compared include the following:

PHYSICAL SPECIFICATIONS:

  • PCB Size

  • I/O & Audio Armor

  • Colors (PCB/Accent Colors, LED Lighting Colors & Locations, Lighting Sync Software)

POWER SPECIFICATIONS:

  • EPS12V/ATX12V Socket/s

  • Power & Signal Delivery/Phasing (PWM Controller, Phase Doublers, Gate Drivers)

  • Main VRM Phases (Total True Quantity and Total Virtual Quantity, CPU VCC/Vcore & SoC VCC Phase Count)

  • Main VRM Components (CPU VCC/Vcore & SoC VCC MOSFETs, Heatsink, Inductors, Capacitors)

DIAGNOSTICS SPECIFICATIONS:

  • Debug Code (2-Digit LED Display, Buzzer/Speaker)

  • BIOS Chip Quantity

  • ADDED — Flash ROM Chip (Memory Size, Chip Size, Brand)

  • ADDED — Flash ROM Header (Bus Type, Illustrated Header Pin Definition)

  • Buttons (BIOS Flashback, Clear CMOS, Power, Reset, OC, and other Buttons, Switches, and/or Jumpers)

  • TPM/Trusted Platform Module Headers (Pinout and Bus Type)

MEMORY SPECIFICATIONS:

  • DDR4 SDRAM Slots (Quantity, Slot Type, Reinforcements, Max. Capacity)

  • ADDED — Supported Clock Speeds

  • ADDED — Memory Topology

  • Memory VRM (Controllers w/ Integrated Gate Drivers, VDDR MOSFETs)

EXPANSION SLOTS SPECIFICATIONS:

  • PCIe x16 Slots (Quantity, Armor, PCIe Versions/Maximum Speeds)

  • Multi-GPU Support (SLI, CrossFire, Auxiliary 12V Power)

  • PCIe x1 Slots (Quantity)

  • PCI (Legacy) Slots (Quantity)

  • Spacing/Layout/Arrangement of Expansion Slots when Motherboard is Mounted inside typical Chassis

STORAGE SPECIFICATIONS:

  • SATA III (6Gbps) Ports (Quantity, Port Orientation, Controller)

  • SATAe (SATA Express) Ports and U.2 (SFF-8639) Ports (Quantity)

  • M.2 (Key-M) Sockets (Quantity, Cover, Maximum Supported Modes/Speeds and Bandwidth Sharing)

NETWORKING SPECIFICATIONS:

  • M.2 (Key-E) Slots (Quantity, Slot Orientation, Supported Modes)

  • Wireless LAN (Wi-Fi Standard, Wireless Module Installed, Streams, Bus, Size, Max. Speeds, and Antenna Ports)

AUDIO SPECIFICATIONS:

  • 3.5mm Jacks and Optical S/PDIF Jack (Quantity)

  • Audio Codec & Digital-to-Analog Converter (DAC)

VIDEO SPECIFICATIONS:

  • Types of Ports (DisplayPort, HDMI, DVI-I, DVI-D, and D-Sub/VGA Quantity)

REAR PANEL PORTS SPECIFICATIONS:

  • Rear IO Panel Scaled Photo

  • USB Ports (Total Quantity and Different Types such as USB3.1 Type-C, USB3.1 Type-A, USB3.0, USB2.0, etc.)

  • Legacy Ports (Quantity of PS/2, COM, and LPT ports)

MIDBOARD HEADER SPECIFICATIONS:

  • USB Headers (Total Quantity and Layout of 20-pin USB3.1, 19-pin USB3.0, and 9-pin USB2.0 headers)

  • Cooling Headers (4-pin Fan/Pump header and their ratings, Thermal Sensors)

  • RGB LED Headers (Quantity and Header Pinout of 12V Standard and 5V Addressable LED headers)

  • Front/System Panel Headers (Pinouts)

  • Audio Headers (Front Audio and S/PDIF Out)

  • Legacy Headers (9-pin COM and 25-pin LPT headers)

REFERENCES | PRODUCT INFORMATION, REVIEWS, AND RATINGS:

  • Link to Official Product/Manufacturer Website & Product Manuals

  • Ratings from different professional review sites (including scores/verdicts)

Kindly check back for more updates (especially on some info not yet provided and other products not yet included). Thanks and hope these information helps a lot.

Источник

Тщательно подойдите к выбору новой материнской платы, чтобы выжать максимум из разгона

Компания AMD 16 июня открыла продажи материнских плат AM4 на новом наборе системной логики B550. Производители представили множество решений, охватывающих широкий ценовой диапазон. Среди моделей можно найти как бюджетные варианты, так и продвинутые, обладающие большими возможностями расширения и настройки, основанные на более качественной элементной базе и позволяющие выжать максимум при разгоне процессоров Ryzen.

Обычно в каталогах интернет-магазинов не указываются подробные технические характеристики материнских плат, особенно касающиеся компонентов подсистемы питания VRM. А на сайтах производителей, как правило, размещена только основная маркетинговая информация. В данном случае на помощь приходят обзоры различных технических изданий и технические энтузиасты. На этот раз известный инсайдер и технический блогер из Кореи @harukaze5719 в своем twitter опубликовал сводную таблицу характеристик всех материнских плат AMD B550 с указанием какие схемы питания реализованы на различных моделях, какие компоненты используются в подсистеме питания, наличия удвоителей и другой информации.

рекомендации

Много <b>4070</b> в Ситилинке

Много 4080 от 100тр — цены в рублях не растут

16 видов <b>4070 Ti</b> в Ситилинке — от 80 тр

15 видов 4090 в Ситилинке — цены идут вниз

Последние 3070 дешевле 50 тр в Регарде

<b>13900K</b> в Регарде по СТАРОМУ курсу 62

Ищем PHP-программиста для апгрейда конфы

13700K дешевле 40 тр в Регарде

3070 Gainward Phantom за 50 тр

13600K дешевле 30 тр в Регарде

Характеристики доступны в Google-таблицах и будут дополняться по мере поступления новых данных. Информация может оказаться полезной при выборе материнской платы, тем более, что известный проект от Raison John Bassig не обновлялся с февраля 2020 года и новые материнские платы в нем отсутствуют.

Этот материал написан посетителем сайта, и за него начислено вознаграждение.

Источник

Cтатьи, обзоры, полезные советы

Все материалы

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Рейтинг брендов из раздела материнских плат составленный по отзывам и оценкам посетителей сайта

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Сравнение чипсетов AMD X470 и X570 что нового?

Процессоры AMD Ryzen 3000 на базе архитектуры Zen 2 наделали много шума, мало кого оставит равнодушным

Собираем игровой ПК для Counter-Strike 2 и Diablo 4

Оптимальный компьютер для двух главных онлайн-игр 2023 года

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Мощный компьютер с процессором Ryzen 7, видеокартой GeForce RTX 4070 Ti и системой жидкостного охлаждения

Материнские платы AMD B650, B650E, X670, X670E — чем отличаются?

Выбираем оптимальную материнку для процессоров AMD Ryzen 7000-серии

Мощно, горячо и дорого: обзор процессоров Ryzen 7000

Разбираемся с новой архитектурой Zen 4, сокетом AM5, памятью DDR5 и самими процессорами Ryzen 7000 Raphael

Источник

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