Now game live broadcast is a very interesting and very common form of self-media, and it has a strong social element. Through live streaming, you can communicate with people in different countries and regions. Whether you want to show off your gaming skills, share a game you love, or just want to earn money by streaming, these are all very reasonable things to do.
It's worth noting that whether you're streaming on Twitch, YouTube, Facebook, or elsewhere, one thing that shouldn't be overlooked is the configuration of your computer. You need something as powerful as a desktop PC; a clear camera and a microphone. Fortunately, that doesn't mean you necessarily need to buy a bulky desktop computer. With the rapid development of laptops over the past few years, it has become more powerful and more affordable than ever. So, a laptop can meet your needs.
Which laptop to choose for streaming depends on what you want to stream. If the content of your live broadcast is ordinary singing and chatting, or some very lightweight games, then the hardware configuration requirements of the laptop are not high, and a computer of several hundred dollars is enough to meet your needs. But if you are broadcasting some large-scale AAA games or other resource-intensive programs, then you need a good configuration to support the smooth running of the program. It cannot be ignored that there are very few hardware upgrades for laptops, usually only hard drives and memory sticks. Although there are some laptops that can upgrade the CPU and GPU, but only a very small part. So, my general recommendation is to buy a laptop with a slightly higher specs than you need, so that it won't be obsolete in the next few years of updates.
CPU, also called central processing unit, is one of the most important components in a computer. He is to the computer what the brain is to us. It mainly includes interpreting computer instructions; processing data in computer software; performing operations; controlling time, etc. The most important parameters include frequency, FSB, number of cores, and cache.
The main frequency is the internal clock frequency of the CPU. It is positively related to the computing speed of the computer. The higher the main frequency, the faster the processing speed.
A core can be understood as a production line in a factory. One more core is equivalent to one more production line, which can meet the needs of multi-tasking and multi-program running at the same time. Usually one core corresponds to one thread, but through hyper-threading technology, one core can correspond to two threads. Hyper-Threading Technology can significantly enhance multi-threading capabilities without adding physical cores. So higher core count and more thread count means more powerful performance.
The main function of the cache is to store the resources that need to be reused, thereby speeding up the retrieval and use of data. This operation speed is much faster than the operation speed of the memory (RAM). The increase of the cache capacity can greatly improve the hit rate of data reading inside the CPU, so that the data does not need to be read from the memory or hard disk, so as to improve the system performance.
Graphics card is also known as video card, video adapter, graphics card, graphics adapter and display adapter, etc. The graphics card rack is connected between the host and the monitor. Its main function is to control the graphics output of the computer. It is responsible for processing the image data sent by the CPU into a format recognized by the monitor, and then sending it to the monitor to form an image. Therefore, the performance of the graphics card is determined. the display effect of the machine.
The performance of a graphics card is mainly determined by the number of CUDA cores; core frequency and memory capacity. The more CUDA cores, the more the core frequency changes, and the stronger the graphics card's ability to process images. The video memory determines the amount of data to be processed temporarily. If the video memory is insufficient, there may be a black screen, a blurry screen, and a stuck screen.
RAM is provided by memory sticks. RAM belongs to "random access memory". Unlike hard disks, it is regarded as "internal memory", which is mainly used for direct data exchange with the core processor (CPU). In the field of computer applications, it is used by Used as a storage medium for operating system and software running temporary data, once the power is disconnected, the previously stored data will be lost, also known as "running memory" or "cache".
The main parameters of the memory stick are memory capacity and frequency. The memory capacity determines the amount of data that can be run. If you want to run multiple programs at the same time or run programs with large memory, you need memory capacity as support. The memory frequency determines the operating speed and read and write speed.
ROM is provided by the hard disk, which is a "read-only memory". When the user writes some information to the hard disk, the information will be fixed. Even if the user disconnects the power supply, the data will not It is often used to store fixed data. Program and data devices, also known as "fixed memory". Hard drives are mainly divided into solid state drives and mechanical hard drives. Solid state drives run faster but are more expensive. The main parameters of hard disk are read and write speed and capacity. The read and write speed directly determines the performance, and the higher the read and write speed, the higher the performance. The capacity determines the size of the files that can be loaded. If you only play one or two regular games and don't store many other files, then 512G of memory is enough.
As a gaming notebook, it should have rich interfaces. For example, the common Thunderbolt 3 or Thunderbolt 4 interface, full-featured Type C interface, USB 3 generation interface, HDMI interface, etc., with rich interfaces will not be limited by the interface in subsequent use.
During live broadcast, the power consumption of the computer will be relatively large due to the use of more software. If you want to live broadcast for a while without plugging in the power supply, a laptop with a large battery capacity is indispensable.
Today I will introduce 8 laptops of AIWO brand suitable for streaming media, you can check if there are any products you are interested in
NO | Image | Name | Features | Price | Contact |
---|---|---|---|---|---|
1 | AIWO 17.3 Inch Wins10 Pro Gaming Laptop |
|
1397$ | contact us | |
2 | AIWO I7 9750H RTX 2070 Super Laptop |
|
1097.1$ | contact us | |
3 | 16.1 Inch I7 GTX 1650 Gaming Laptop |
|
762$ | contact us | |
4 | 17.3 Inch I5 1050TI Gaming Laptop |
|
1007$ | contact us | |
5 | 17.3 Inch I5-11400H Gaming Laptop |
|
1205$ | contact us | |
6 | 17.3 Inch I5-10400 Gaming Laptop |
|
1065$ | contact us | |
7 | 15.6 Inch AMD Ryzen 5 5600H RTX 3050TI Gaming Laptop |
|
1157$ | contact us | |
8 | 16.1 Inch I5 GTX 1650 Gaming Laptop |
|
690$ | contact us |
This gaming laptop is the most powerful laptop on our list, with 32GB of RAM and a 1TB PCIE solid-state drive, the best gaming hardware you can count on. Ability to run AAA games and high-end software without lag.
The processor uses an Intel Core i7-11800H CPU. Existing processors are capable of turbo frequencies of up to 4.6GHz at their limit, and the eight-core architecture can handle multi-threaded tasks such as 3D modeling, sculpting, rendering, and even gaming. Works well with a 6GB NVIDIA GeForce RTX 3060 GPU to handle high-end gaming, real-time rendering, and other graphics-intensive tasks like video editing, game development, Android development, and more.
Paired with it is 6GB of VRAM, which improves game quality and assists with real-time 3D rendering. The graphics card is equipped with 3584 CUDA cores and adopts a new Ampere architecture, which makes the data processing capability of the graphics card to a higher level. Resolutions up to 7680x4320 are supported, even if you use an external display with 4K resolution.
On the display side, the 17.3-inch panel is a nice addition, further supported by a color-accurate 72% NTSC palette. Additionally, thinner bezels further increase screen real estate. However, it is the most gamer friendly thanks to the excellent 144Hz screen refresh rate, and this notebook supports an upgrade to the 240Hz display.
CPU Type | Intel I7-11800h |
---|---|
CPU Speed | 2.3GHz (up to 4.6GHz) |
GPU Type | RTX 3060 6GB |
Screen | 17.3 inch 1920*1080 IPS 144HZ |
RAM | DDR4 16GB(32GB optional) |
Storage | SSD 512GB(1TB optional) |
WIFI Module | IEEE 802.11 b/g/n WIFI and 10-100M Ethernet Access Support 2.4G + 5.0G dual Frequency wifi |
Operating System | windows 10 Pro |
Camera | Front 720P camera |
Weight | 4.5kg |
Battery | 8200mAh 11.4V big Battery |
CPU Type | Intel I7-9750 |
---|---|
CPU Speed | 2.6GHz (up to 4.5GHz) |
GPU Type | RTX 2070 Super 8GB |
Screen | 15.6" 1920*1080 IPS 144HZ |
RAM | DDR4 16GB(Upgradable to 32GB) |
Storage | SSD 512GB |
WIFI Module | IEEE 802.11 b/g/n WIFI and 10-100M Ethernet Access Support 2.4G + 5.0G dual Frequency wifi |
Operating System | windows 10 Pro |
Camera | Front 2.0 MP |
Weight | 3kg |
CPU Type | Intel core i7 9750H |
---|---|
CPU Speed | 2.6GHz (up to 4.5GHz) |
Screen | 16.1" FHD 2K 144Hz |
RAM | DDR4 16GB |
Storage | SSD 512GB(M.2 or Nvme) |
WIFI Module | Wifi5+BT4.0(WIFI6+BT5.1 Optional) |
Keyboard | Full size RGB backlight keyboard |
Operating System | windows10(Windows11/Linux) |
Camera | 1.0Mega high pixl webcamera |
Weight | 2.35kg |
Interface | 1*HDMI1.4/2*USB3.0/1*USB2.0/1*Type-C(USB data)/1*3.5mm Audio Jack/1*DC/1*RJ45 (support 10M/100M/1000M) |
Material | Aluminum alloy body |
CPU Type | Intel core i5 9400 |
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CPU Speed | 2.9GHz (up to 4.1GHz) |
Screen | 17.3" 1920*1080 HD IPS |
RAM | DDR4 16GB |
Storage | SSD 1000GB |
WIFI Module | Support 2.4G/5G wireless network |
Keyboard | Full size RGB backlight keyboard |
Operating System | windows10 |
Camera | Front 1MP camera |
Weight | 3kg |
Interface | USB3.0*4/EDP*1/3.5mm MIC Audio Combo/RJ45*1/SD Card*1/Type-C *1/HDMI*1/DC 2*1 |
Material | Aluminum alloy body |
CPU Type | Intel Core I5-11400h |
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CPU Speed | 2.7 GHz(up to 4.5 GHz) |
Screen | 17.3" FHD 1920*1080 IPS 144hz(or QHD 165hz) |
RAM | DDR4 16GB |
Storage | SSD Pcie 512GB |
WIFI Module | Intel WiFi 6 AX201 |
BT Module | Bluetooth 5.1 |
Camera | HD IR camera supporting Windows*Hello |
Keyboard | Quiet mechanical keyboard, key RGB backlight, 2.0mm travel |
Shell | Black or Gunmetal 17.3" Magnesium Alloy Chassis |
CPU Type | Intel Core I5-10400 |
---|---|
CPU Speed | 2.9 GHz(up to 4.3 GHz) |
Screen | 17.3" FHD 1920*1080 IPS 144hz |
RAM | DDR4 16GB |
Storage | SSD 512GB |
WIFI Module | WiFi 802.11 ax |
BT Module | Bluetooth 5.0 |
Camera | 720P camera |
Keyboard | Quiet mechanical keyboard, key RGB backlight |
Shell | Black or Gunmetal 17.3" Magnesium Alloy Chassis |
CPU Type | AMD Ryzen R5 5600H |
---|---|
CPU Speed | 3.3 GHz(up to 4.2 GHz) |
Screen | 15.6" 2K IPS 165hz |
RAM | DDR4 16GB |
Storage | SSD 512GB |
WIFI Module | Intel WiFi 6, 2.4G+5G |
BT Module | Bluetooth 5.2 |
Keyboard | Full-size silent RGB backlit keyboard |
Shell | Black or Gunmetal 15.6" Magnesium Alloy Chassis |
CPU Type | Intel core i5 9300H |
---|---|
CPU Speed | 2.4GHz (up to 4.1GHz) |
Screen | 16.1" FHD 2K 144Hz |
RAM | DDR4 16GB |
Storage | SSD 512GB(M.2 or Nvme) |
WIFI Module | Wifi5+BT4.0(WIFI6+BT5.1 Optional) |
Keyboard | Full size RGB backlight keyboard |
Operating System | windows10(Windows11/Linux) |
Camera | Front 1 million HD camera |
Weight | 2.35kg |
Interface | 1*HDMI1.4/2*USB3.0/1*USB2.0/1*Type-C(USB data)/1*3.5mm Audio Jack/1*DC/1*RJ45 (support 10M/100M/1000M) |
Material | Aluminum alloy body |