CN221175324U - Notebook mainboard based on sea light HG3350M - Google Patents
Notebook mainboard based on sea light HG3350M Download PDFInfo
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- CN221175324U CN221175324U CN202323204194.0U CN202323204194U CN221175324U CN 221175324 U CN221175324 U CN 221175324U CN 202323204194 U CN202323204194 U CN 202323204194U CN 221175324 U CN221175324 U CN 221175324U
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Abstract
The utility model relates to a notebook mainboard based on sea light HG 3350M. The notebook mainboard based on the sea light HG3350M comprises: the device comprises a sea light HG3350M processor module, a core-driven second independent graphic processor display module, an EC control module, a memory interface module, an SSD interface module, a WIFI/BT interface module, a first USB resource expansion module, a USB type-CPD control module, a USB type-CUSB/DP MUX control module, a wired network card module, a TPM2.0 encryption module and a touch pad interface module, wherein the core-driven second independent graphic processor display module, the EC control module, the memory interface module, the SSD interface module, the WIFI/BT interface module, the first USB resource expansion module, the USB type-CPD control module, the USB type-CUSB/DP MUX control module, the wired network card module and the TPM2.0 encryption module are electrically connected with the sea light HG3350M processor module respectively. The notebook mainboard based on Yu Haiguang HG3350M is a notebook mainboard specially developed based on a sea light HG3350M processor, and meets the application requirement of the sea light HG3350M on notebook products.
Description
Technical Field
The utility model relates to the technical field of electronic computers, in particular to a notebook mainboard based on sea light HG 3350M.
Background
At present, the semiconductor industry in China has greatly exploded, the updating iteration of domestic personal computer processors is increasingly accelerated, the commercialization of domestic personal computers has been vigorously developed, and computer processor manufacturers such as domestic sea light, tornado, feiteng, megacore and the like sequentially push out personal computer products of the home.
In recent years, a plurality of manufacturers have successively introduced from home to the notebook industry processor products, such as Loongson 3A5000M, megacore KX-6000G, feiteng D2000 mobile version processors. In the market, a plurality of manufacturers have promoted a plurality of notebook products, so as to meet the demands of daily office entertainment. While marine light processors have been deep ploughed in desktop and workstation processor products, they have not been suitable for notebook applications.
The HG3000, HG5000 and HG7000 series processors of sea light have excellent performance and stable operation, and are widely used in the calculator products of desktops and workstations, but have relatively high power consumption. Under the narrow and severe heat dissipation space of the notebook product, the design standard of the industry cannot be met, and the notebook product cannot be applied to the notebook product. In order to fill the blank of the sea light processor in the notebook industry, the sea light is provided with a HG3350M low-power-consumption processor product. The processor reduces power consumption while maintaining as much of the HG3300 series of functions and performance as possible.
As a new commercially available sea light HG3350M processor, a notebook motherboard of a base Yu Haiguang HG3350M needs to be designed for the new sea light HG3350M processor to meet the application requirement of the sea light HG3350M on the notebook computer product.
Disclosure of utility model
Therefore, the present utility model is directed to a notebook motherboard based on the sea light HG3350M, so as to meet the application requirement of the sea light HG3350M on the notebook computer product.
In order to achieve the above object, the present utility model provides a notebook motherboard based on a sea light HG3350M, comprising: the device comprises a sea light HG3350M processor module, a core-driven second independent graphic processor display module, an EC control module, a memory interface module, an SSD interface module, a WIFI/BT interface module, a first USB resource expansion module, a USB type-CPD control module, a USB type-CPUSB/DP MUX control module, a wired network card module, a TPM2.0 encryption module and a touch pad interface module, wherein the core-driven second independent graphic processor display module, the EC control module, the memory interface module, the SSD interface module, the WIFI/BT interface module, the first USB resource expansion module, the USB type-CPD control module, the USB type-CPUSB/DP MUX control module, the wired network card module and the TPM2.0 encryption module are electrically connected with the sea light HG3350M processor module respectively.
The device further comprises a second USB resource expansion module electrically connected with the sea light HG3350M processor module.
The first USB resource expansion module is electrically connected with the WIFI/BT interface module.
The USB interface module is electrically connected with the first USB resource expansion module, the USB Audio module and the first USB3.0 interface module respectively.
The system also comprises an LCD/CAM/DMIC interface module and a second USB3.0 interface module, wherein the LCD/CAM/DMIC interface module and the second USB resource extension module are respectively and electrically connected.
The device also comprises an HDMI interface module electrically connected with the display module of the independent graphic processor of the second core-driven elegance.
And the display module of the independent graphic processor of the second core-driven elegance is electrically connected with the LCD/CAM/DMIC interface module.
And the display module of the independent graphic processor II of the core-driven elegance is electrically connected with the USB type-C USB/DP MUX control module.
The USB Audio module is electrically connected with the LCD/CAM/DMIC interface module.
The EC control module comprises an IT5571E controller electrically connected with the sea light HG3350M processor module.
In summary, the notebook motherboard based on Yu Haiguang HG3350M disclosed by the utility model is a notebook motherboard specially developed based on a sea light HG3350M processor, and meets the application requirement of the sea light HG3350M on notebook computer products.
Drawings
The technical solution and other advantageous effects of the present utility model will be made apparent by the following detailed description of the specific embodiments of the present utility model with reference to the accompanying drawings.
In the drawings of which there are shown,
Fig. 1 is a block diagram of a notebook motherboard based on a marine light HG3350M according to a preferred embodiment of the present utility model.
Detailed Description
Referring to fig. 1, a block diagram of a notebook motherboard based on a sea light HG3350M according to a preferred embodiment of the present utility model is shown. The preferred embodiment is a notebook motherboard specially developed based on a sea light HG3350M processor, and the notebook motherboard is designed to meet daily office requirements, and can adapt to multi-system operation, and can simultaneously operate multiple systems of windows and Linux, thereby meeting application requirements of different industries.
In the preferred embodiment of the notebook product motherboard based on the sea light HG3350M processor, the notebook product motherboard mainly comprises a sea light HG3350M processor module, a core-driven wind-break No. two (F99A 6) independent graphic processor display module, an EC control module, a memory interface module, an SSD interface module, a WIFI/BT interface module, a first USB resource expansion module, a second USB resource expansion module, a USB type-CPD control module, a USB type-CPUSB/DP MUX control module, a wired network card module, a TPM2.0 encryption module, a USB Audio module, a first USB3.0 interface module, a second USB3.0 interface module, an LCD/CAM/DMIC interface module, an HDMI interface module, a fingerprint interface module and a touch panel interface module.
The sea light HG3350M processor module is connected with the memory interface module through the DDR bus. The sea light HG3350M processor module is connected with a display module of an independent graphic processor of a second (F99A 6) core-driven wind bloom through a PCIE 3.0x8 bus. The sea light HG3350M processor module is connected with the EC control module through an LPC bus. The sea light HG3350M processor module is connected with the SSD interface module through a PCIE 4.0x4 bus, and supports SATA and PCIE SSD self-adaption. The sea light HG3350M processor module is connected with the wired network card module through a PCIE 1.0x1 bus. The marine light HG3350M processor module is connected with the WIFI/BT interface module through a PCIE 1.0x1 bus. The sea light HG3350M processor module is connected with the TPM2.0 encryption module through an SPI bus. The sea light HG3350M processor module is connected with the first USB resource expansion module through a USB3.0/USB2.0 bus. The sea light HG3350M processor module is connected with the second USB resource expansion module through a USB3.0/USB2.0 bus. The sea light HG3350M processor module is connected with the USB type-C PD control module through a USB3.0/USB2.0 bus. The marine light HG3350M processor module is connected with the USB type-C USB/DP MUX control module through a USB3.0/USB2.0 bus. The sea light HG3350M processor module is connected with the touch pad interface module through an I2C bus.
The first USB resource expansion module is connected with the WIFI/BT interface module through a USB2.0 bus. The first USB resource expansion module is connected with the fingerprint interface module through a USB2.0 bus. The first USB resource expansion module is connected with the USB Audio module through a USB2.0 bus. The first USB resource expansion module is connected with the first USB3.0 interface module through a USB3.0/USB2.0 bus.
The second USB resource expansion module is connected with the LCD/CAM/DMIC interface module through a USB2.0 bus. The second USB resource expansion module is connected with the second USB3.0 interface module through a USB3.0/USB2.0 bus.
And the display module of the independent graphic processor of the second core-driven wind bloom (F99A 6) is connected with the HDMI interface module through an HDMI bus. And the display module of the independent graphic processor of the second core-driven elegance (F99A 6) is connected with the LCD/CAM/DMIC interface module through an HDMI bus. And the display module of the independent graphic processor of the second core-driven wind bloom (F99A 6) is connected with the USB type-C USB/DP MUX control module through an HDMI bus.
The USB Audio module is connected with the LCD/CAM/DMIC interface module through a DMIC bus.
In the preferred embodiment, the sea light HG3350M processor module consists of an HG3350M processor and an SPI Flash controller.
The display module of the independent graphic processor of the second (F99A 6) core-driven wind bloom consists of an independent graphic processor of the second (F99A 6) core-driven wind bloom, LPDDR4X video memory particles and a CS5801 HDMI to DP conversion controller
The EC control module consists of an IT5571E controller, a CT7481MMR temperature sensor, an SPI Flash controller, a fan connector, a built-in keyboard connector, a power supply state indication LED lamp, a battery state indication LED lamp and a LID Hall sensor.
The memory interface module is composed of SODIMM slots.
The SSD interface module consists of an adaptive PCIE 4.0x4 and SATA SSD M.2key-M slot.
The WIFI/BT interface module consists of a WIFI/BT M.2 key-E slot.
The first USB resource expansion module is composed of an RTS5411S USB3.0 HUB1 controller.
The second USB resource expansion module is composed of an RTS5411S USB3.0 HUB2 controller.
The USB type-C PD control module is composed of an EJ899I PD/MUX controller, a USB driver controller and a USB type-C interface.
The USB type-C USB/DP MUX control module is composed of an EJ899I PD/MUX controller and a USB type-C interface.
The wired network card module consists of an RT8111H network card and an RJ45 interface.
The TPM2.0 encryption module consists of a Z32H330TC TPM2.0 controller.
The USB Audio module consists of a KT02F22 Audio controller, an NS4251 Audio amplifier, a built-in speaker interface and a 3.5mm Audio interface.
The first USB3.0 interface module is composed of a USB3.2 GEN1 USB type-A interface.
The second USB3.0 interface module is composed of a USB3.2 GEN1 USB type-A interface.
The LCD/CAM/DMIC interface module consists of an LCD/CAM/DMIC universal connector (eDP WAFER).
The HDMI interface module is composed of a PI3HDX1204DZHEX drive controller and an HDMI type-A connector.
The fingerprint interface module is composed of fingerprint module connectors (FPT & PWR BTN CONN).
The touch pad interface module is composed of a touch pad connector (TP CONN).
The main board is also provided with a battery connector (BAT CONN).
In this preferred embodiment, the motherboard of the present utility model has the following advantages:
1. the main board is provided with a domestic sea light HG3350M X86 architecture processor, supports 8 cores and 16 threads, supports a 16MB three-level cache technology, has a basic frequency of 2.3GHz, and has a highest acceleration frequency of 3.0G and TDP 35W;
2. the main board is provided with 1 DDR4 SODIMM memory slot, the maximum support of a single slot is 32GB, and the maximum speed is 3200MHz;
3. The main board is provided with a core-driven Fenghua No. two (F99A 6) independent graphic processor, supports dynamic frequency modulation and voltage regulation, and supports 2GB/4GB LPDDR4X/LPDDR4 video memory;
4. The motherboard is provided with an IT5571E motherboard embedded controller, manages motherboard time sequence, temperature detection, fan control, battery management, LID control, motherboard state indication control and supports a built-in keyboard interface;
5. The main board is provided with a 10M/100M/1000M built-in network card and a network RJ45 interface;
6. The motherboard is provided with a slot supporting adaptive PCIE 4.0x4 and SATA SSD M.2key-M;
7. the main board is provided with a slot supporting WIFI/BT M.2 key-E;
8. the main board is provided with a 2-way USB3.2 GEN 1-rate USB type-A interface;
9. The main board is provided with a USB Audio, a left speaker interface and a right speaker interface are supported, and 1 self-adaptive OMTP/CTIA 3.5mm Audio interface is supported;
10. the main board is provided with a built-in USB fingerprint module interface;
11. The main board is provided with a built-in touch board interface;
12. the main board is provided with an eDP interface and supports a built-in high-definition 14-inch screen of 1920x1200/2240x 1400;
13. The main board is provided with a 4K/1080P HDMI2.0 type-A interface;
14. The main board is provided with a 1-path USB type-C interface, and supports USB3.2 GEN1 rate and DP display self-adaptive switching;
15. The main board is provided with a 1-path USB type-C interface, and supports USB3.2 GEN1 rate and PD fast charging;
16. The main board is provided with a DMIC and a USB CAM interface;
17. the main board is provided with a built-in battery interface;
18. and a TPM2.0 controller is arranged in the main board to support encryption management.
In summary, the notebook motherboard based on Yu Haiguang HG3350M disclosed by the utility model is a notebook motherboard specially developed based on a sea light HG3350M processor, and meets the application requirement of the sea light HG3350M on notebook computer products.
In the above, it is obvious to those skilled in the art that various other corresponding changes and modifications can be made according to the technical scheme and the technical idea of the present utility model, and all such changes and modifications are intended to fall within the scope of the appended claims.
Claims (10)
1. A notebook motherboard based on a sea light HG3350M, comprising: the device comprises a sea light HG3350M processor module, a core-driven second independent graphic processor display module, an EC control module, a memory interface module, an SSD interface module, a WIFI/BT interface module, a first USB resource expansion module, a USB type-CPD control module, a USB type-C USB/DP MUX control module, a wired network card module, a TPM2.0 encryption module and a touch pad interface module, wherein the core-driven second independent graphic processor display module, the EC control module, the memory interface module, the SSD interface module, the WIFI/BT interface module, the first USB resource expansion module, the USB type-CPD control module, the USB type-C USB/DP MUX control module, the wired network card module and the TPM2.0 encryption module are electrically connected with the sea light HG3350M processor module respectively.
2. The notebook motherboard of claim 1, further comprising a second USB resource expansion module electrically coupled to said sea light HG3350M processor module.
3. The notebook motherboard of claim 1, wherein the first USB resource extension module is electrically connected to the WIFI/BT interface module.
4. The notebook motherboard of claim 2, further comprising a fingerprint interface module, a USB Audio module, and a first USB3.0 interface module electrically connected to the first USB resource extension module, respectively.
5. The notebook motherboard of claim 4, further comprising an LCD/CAM/DMIC interface module electrically connected to said second USB resource expansion module, and a second USB3.0 interface module.
6. The notebook motherboard of claim 1, further comprising an HDMI interface module electrically connected to the independent graphics processor display module No. two in the form of a core motion wind bloom.
7. The notebook motherboard of claim 5, wherein said independent graphics processor display module No. two in the form of a "heart-beat" is electrically connected to said LCD/CAM/DMIC interface module.
8. The notebook motherboard of claim 1, wherein the independent graphics processor display module No. two in the form of a core-motion-style-CUSB/DP MUX control module is electrically connected to the host Yu Haiguang HG 3350M.
9. The notebook motherboard of claim 5, wherein said USB Audio module is electrically connected to said LCD/CAM/DMIC interface module.
10. The notebook motherboard of claim 1, wherein the EC control module comprises an IT5571E controller electrically connected to the sea light HG3350M processor module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202323204194.0U CN221175324U (en) | 2023-11-27 | 2023-11-27 | Notebook mainboard based on sea light HG3350M |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202323204194.0U CN221175324U (en) | 2023-11-27 | 2023-11-27 | Notebook mainboard based on sea light HG3350M |
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| Publication Number | Publication Date |
|---|---|
| CN221175324U true CN221175324U (en) | 2024-06-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202323204194.0U Active CN221175324U (en) | 2023-11-27 | 2023-11-27 | Notebook mainboard based on sea light HG3350M |
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| CN (1) | CN221175324U (en) |
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- 2023-11-27 CN CN202323204194.0U patent/CN221175324U/en active Active
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