[PConline evaluation] Today we have to say this product, as the ASUS 10 series of dessert-level graphics card full of power, expensive! It is inevitable! But why is it expensive? Are you worthwhile? Junjun and look.
ASUS ROG STRIX-GTX1060-O6G-GAMING Reference Price: Loading... Image Reviews Quote Parameter Overview
Appearance is almost the same as ROG STRIX GTX1080, maintaining a high level of design
When I first saw this card, I mistakenly thought it was an ASUS ROG STRIX GTX1080. If I didn't see the SLI interface, I really believed it! However, this also means that although this card is a GTX1060, it has the same high-profile design as the GTX1080.
Black metal backplane with ASUS/STRIX logo and a big eye of Prodigy.
8Pin external power supply, compared to the vast majority of non-public GTX1060, it seems that its frequency must not be low!
The video output interface is different from that of the public version. Two DP ports, one DVI port, and two HDMI ports are used to better meet the needs of VR devices.
Ten series of ROG STRIX essential 16.8 million color cool RGB lighting effect, angular design, full of sense of technology!
AURA light effect control software can be used to perform perfect light modulation. Choose from a variety of lighting modes, including RGB multicolor loops, music rhythms and GPU temperature changes.
ASUS ROG STRIX-GTX1060-O6G-GAMING parameter specification comparison:
GPU-Z screenshots
Specifications: With the highest non-public GTX1060 among the machine frequency, 1645-1873MHz, a full boost on the basis of the public version of 139MHz, 12 Step, 8Pin external power boost overclocking, giving users a sense of one step in place ! When Boost exceeds 2GHz, it is not a problem!
DirectCU III heat pipe direct contact, 6+1 phase SAP II super alloy power supply, luxurious materialsThe entire card is not difficult to remove. After removing the 6 screws on the back, you can easily separate the entire heat dissipation module from the PCB. However, if you want to separate the backplane from the PCB, it will take a little trouble. There are more small screws to be removed.
The radiator adopts 11 pieces of wing-shaped fans and three fans to mute the design, with sufficient air volume and strong pressure to effectively remove the heat on the fins.
DirectCU III five heat pipe direct touch cooling base design, can effectively transfer the heat of the GPU to the heat pipe, presumably familiar with the ASUS graphics children's shoes is not unfamiliar to this.
The PCB board is equipped with a PCB reinforcement bracket. Even the mid-end card is treated equally. The high-end card has its own design!
With a full range of PCB materials, all kinds of electronic components are jammed and fully automated. It is produced by fully automated process technology, which greatly reduces the uncertainty of traditional manual production lines and greatly improves product quality.
The 6+1 phase SAP II super alloy power supply design significantly enhances performance, reduces power loss, and significantly improves heat dissipation.
Thumb-like GP106 core, 6 Samsung memory particles, 1G one, a total of 6G memory, memory frequency is higher than other non-public GTX1060, on the machine 8208MHz.
Another feature of the Asus graphics card is that it provides two additional FANCONNECT 4Pin fan interfaces for connecting commercially available conventional fans. Without the need for third-party software, the fan speed of the system can be directly changed with the temperature of the GPU.
After the dismantling is completed, the following points are run.
3DMark Theory Test and Game Performance Testâ— Test platform description
NVIDIA GTX 1070
NVIDIA GTX 1060
NVIDIA GTX 980
AMD RX480
AMD Crimson Edition 16.12.2
Platform Description: The test platform uses a consumer-grade platform Z170+6700K top-level, this test used a total of five video cards for comparison testing, namely ASUS ROG STRIX-GTX1060-O6G-GAMING, NVIDIA GTX1070, NVIDIA GTX1060, NVIDIA GTX980, AMD RX480, and the latest AMD Crimson Edition 16.12.2 and NVIDIA ForceWare 376.19 WHQL.
3DMark theory test:
In addition to the two FireStrike Ultra & Extreme tests that we commonly use, the 3DMark theory test section added 3DMark's latest DirectX 12 benchmark test for game PCs, aiming to bring you a more comprehensive reference.
Theoretical test summary: In terms of the frequency of running directly on the machine, FireStrike Ultra & Extreme was 178 points and 224 points higher than the public version, respectively, an average increase of about 5 percentage points, the performance is remarkable. Let's look at game testing.
Game performance test
We selected several representative popular games, including DX12's "Singularity Ashes", "Tomb Raider 10", FPS Top Block "Blockade", and "Grand Theft Auto 5". Old generation graphics killer "Crysis 3".
Test Summary: Game Performance ASUS ROG STRIX GTX1060 GAMING to be a lot more than the public version, some game frames increased significantly, but given the fact that the entire 10 series of non-public version of the public version of the actual upgrade is not very clear, in fact, this performance is also Calculated to our satisfaction.
Platform power consumption, temperature, noise test and PConline evaluation room summaryPlatform power test:
In order to get closer to the real-life scenarios of players' daily applications and to more fully understand the power consumption of ASUS ROG STRIX GTX1060 GAMING, we will use three application scenarios to measure the power consumption of the platform, namely, Furmark's pager and game pager. And in standby mode.
Power consumption test summary: power consumption is not much higher than the public version, as a non-Gonghyun GTX1060 such power consumption can be considered good!
Graphics card temperature test:
In order to test the temperature limit under the radiator, we used the classic donut Furmark to test.
Test summary: At room temperature 26°C, the pager temperature is controlled at 61°C, which is 9°C lower than the male version! Basically belongs to the top level of non-public air-cooled GTX1060!
Card noise test:
Here we have a noise tester that tests the graphics card's fan noise when Furmark is fully loaded. After testing, the ASUS ROG STRIX-GTX1060-O6G-GAMING was 51.5 db when it was full, which was quiet and would not disturb the user.
About noise:
0 - 20 db: very quiet, almost imperceptible; 20 -40 db: quiet, like whisper; 40 - 60 db: normal general indoor conversation; 60 - 70 db: noisy: denervated; 70 -90 db: Very noisy, nerve cells are damaged. 90 - 100 db: Intensified noise, impaired hearing; 100 - 120 db: Unbearable, one minute or temporary deafness. 120 decibels or more: Extremely paralysed or fully paralyzed; 300 decibels or more: People with a radius of 20 km cannot repair deafness.
PConline graphics ladder diagram:
Ladder Diagram Description: Based on the test results, we placed the ASUS ROG STRIX-GTX1060-O6G-GAMING at a slightly higher position on the public version of the GTX1060.
PConline concludes:
ASUS ROG STRIX-GTX1060-O6G-GAMING Reference Price: Loading... Image Reviews Quote Parameter Overview
As a top non-public GTX1060 product, the 1645MHz high-frequency plus luxury materials on the machine and GTX1080 equal treatment and cool design seem to have been able to match its higher price! At present, ASUS ROG STRIX-GTX1060-O6G-GAMING e-commerce prices can go to the lowest 2,359 yuan, about 200 yuan more expensive than the vast majority of non-public GTX1060 products, do not know if you read the article read the full text feel that such a premium Should the genus be?
1, on the machine 1645MHz high frequency, good core constitution, strong performance
2, cool RGB lighting effects, a variety of modes to switch
3, DirectCU III heat pipe direct contact thermal design, only 61 °C
4, 6 + 1 phase SAP II super alloy power supply design, luxury materials
5, 6G large memory
6, PCB bracket, DP to HDMI interface to show intimate
1, Xiaogui
NVIDIA GTX 1070
NVIDIA GTX 1060
NVIDIA GTX 980
AMD RX480
AMD Crimson Edition 16.12.2
1, on the machine 1645MHz high frequency, good core constitution, strong performance
2, cool RGB lighting effects, a variety of modes to switch
3, DirectCU III heat pipe direct contact thermal design, only 61 °C
4, 6 + 1 phase SAP II super alloy power supply design, luxury materials
5, 6G large memory
6, PCB bracket, DP to HDMI interface to show intimate
1, Xiaogui
6 Layer PCB
6 Layer PCB - stackup & prototype & price & manufacturing
What is 6 Layer PCB?
6 layer PCB board is, in general, a 4 Layer PCB board with 2 extra signal layers added between the planes. The 6-layer PCB classic stackup includes 4 routing layers (2 outer layers + 2 internal layers) and 2 internal planes (one for ground and the other for power). This enhances the EMI dramatically by offering 2 buried layers for high-speed signals and 2 surface layers for routing low-speed signals. The signal layers should be closed to the adjacent planes.
6 Layer PCB Prototype Fabrication China Manufacturer
Jinghongyi PCB has been committed to the production of multi-layer PCB and prototype PCB for nearly 10 years. The largest number of multi-layer printed circuit boards for customers are 4-layer, 6-layer, 8-layer, 10 layer, 12 Layer PCB and above. In order to ensure the quality of PCB products, we constantly improve and upgrade the production process. PCB surface treatment technology has hot air leveling(HASL), OSP, electroless nickel, immersion gold, immersion silver, immersion tin and so on.
The printed circuit board is basically composed of the pad, via, solder mask layer, silkscreen layer, copper wire, and other parts. Among them, solder mask refers to the part covered by ink on PCB. Because most PCB uses green ink, the green ink part that can be seen is solder mask. The role of the solder mask in controlling the reflow welding process is very important. In addition to green ink, the welding layer can According to the different needs of customers, and can also be customized in a variety of colors, such as green, blue, black, red, white, yellow, purple. Of course, the price will vary with the color of the solder mask. Green oil is the one with low price and stable quality, which is also the reason why green oil is most used. The price of black oil, red oil, and white oil is almost the same, slightly more expensive than green oil, and the price of rare inks such as yellow and violet oil is the highest. In addition to the color of the solder resist ink, there are also matte and bright, matte ink color.
Based on our very experienced PCB engineer, we can help you in the 6-layer PCB stack up and design as much as possible.
In addition to providing you with 6-layer PCB and prototype manufacturing, we also provide one-stop prototype assembly services, including electronic components procurement, stencil, etc. The turnkey printed circuit board assembly services make your R&D work easy and time-saving.
6 Layer PCB Stackup and Design
What is PCB stack UP?
PCB Stack up refers to the arrangement of copper and insulation layers that make up PCB before the layout design of circuit board. Although stacking allows you to get more circuits on a single board through various PCB layers, the structure of PCB stacking design has many other advantages:- The PCB layer stack can help you minimize circuit noise and radiation and reduce impedance and crosstalk problems in high-speed PCB layouts.
- A good stacked PCB stack can also help you balance the need for low-cost, efficient manufacturing methods and focus on signal integrity issues.
- Proper PCB stacking can enhance the electromagnetic compatibility of your design.
- For PCB-based applications, stacked PCB configurations are usually good for you.
Why do PCBs stack up?
The irreversible development of modern electronic products has increasingly pushed PCB towards such needs as miniaturization, light weight, high speed, better functionality and reliability, and longer life, which has led to the popularity of multi-layer PCB. Two or more Single Sided PCB and/or Double Sided PCB are stacked together by a combination of semi-solid adhesives called "prepregs" to form multilayer PCBs through reliable predefined interconnections between them. There are three or more conductive layers in a Multilayer PCB, two of which are outside, and one is synthesized in an insulating board. With the increasing complexity and density of PCB, some problems may arise, such as noise.
One of the most important factors to determine the performance of product electromagnetic compatibility (EMC) is to plan the optimal multi-layer stack up. The carefully designed cascade can minimize radiation and prevent the circuit from being disturbed by external noise sources. Good stacked PCB substrates can also reduce signal crosstalk and impedance mismatch. However, poorer stacking may increase EMI radiation, because impedance mismatch will lead to reflection and ringing in the system, which will greatly reduce the performance and reliability of the product. Then, this article will focus on the layer stack definition, design rules and basic considerations.
Most six-layer PCB consist of four signal routing layers and two planes. From an EMC perspective, a 6-layer Printed circuit board is usually better than a 4 layer PCB board.
6 Layer PCB Stackup
6 layer 1.6 MM standard stackup and thickness
Fig. 1 One of the stackup methods of 6-layer PCB
With six layers available the principle of providing two buried layers for high-speed signals is easily implemented as shown in Fig. 2. This configuration also provides two surface layers for routing low speed signals.
Fig. 2 Less common 6 layer PCB stackup
Not nearly as common, but a good performing stack-up for a six-layer PCB is shown in Fig. 2.
Fig. 3 Another performing six-layer PCB board stackup
Another excellent performing six-layer PCB board stackup is shown in Fig. 4. It provides two buried signal layers and adjacent power and ground planes and satisfies all five objectives. The big disadvantage, however, is that it only has two routing layers -- so it is not often used.
Fig. 4 Another excellent performing six-layer PCB board stackup
6 Layer PCB Stackup for EMI/EMC
EMI/EMC Return Current 6 Layer PCB Issue
EMI/EMC Return Current 6 Layer PCB Solved
Types of 6 PCB stack up-how to choose?
PCB materials and stackup thickness commonly used in multilayer circuit boards.
| 6 Layer Stackup - 0.8mm thickness | ||||||
| layer order | layer name | material type | material description | dielectric constant | thickness | copper weight |
| 1 | top | copper | signal | 0.035mm | 1 oz | |
| 2116 | prepreg | 4.5 | 0.12mm | |||
| 2 | inner 1 | copper | plane | 1 oz | ||
| core | 4.6 | 0.2mm | ||||
| 3 | inner 2 | copper | plane | 1 oz | ||
| 2116 | prepreg | 4.5 | 0.12mm | |||
| 4 | inner 3 | copper | plane | 1 oz | ||
| core | 4.6 | 0.2mm | ||||
| 5 | inner 4 | copper | plane | 1 oz | ||
| 2116 | prepreg | 4.2 | 0.12mm | |||
| 6 | bottom | copper | signal | 0.035mm | 1 oz | |
| Final board thickness: 0.8mm±0.1mm | ||||||
| 6 Layer Stackup - 1.0mm thickness | ||||||
| layer order | layer name | material type | material description | dielectric constant | thickness | copper weight |
| 1 | top | copper | signal | 0.035mm | 1 oz | |
| 2116 | prepreg | 4.5 | 0.12mm | |||
| 2 | inner 1 | copper | plane | 1 oz | ||
| core | 4.6 | 0.3mm | ||||
| 3 | inner 2 | copper | plane | 1 oz | ||
| 2116 | prepreg | 4.5 | 0.12mm | |||
| 4 | inner 3 | copper | plane | 1 oz | ||
| core | 4.6 | 0.3mm | ||||
| 5 | inner 4 | copper | plane | 1 oz | ||
| 2116 | prepreg | 4.2 | 0.12mm | |||
| 6 | bottom | copper | signal | 0.035mm | 1 oz | |
| Final board thickness: 1.0mm±0.1mm | ||||||
| 6 Layer Stackup - 1.6mm thickness (preferred materials) | ||||||
| layer order | layer name | material type | material description | dielectric constant | thickness | copper weight |
| 1 | top | copper | signal | 0.035mm | 1 oz | |
| 2116 | prepreg | 4.5 | 0.12mm | |||
| 2 | inner 1 | copper | plane | 1 oz | ||
| core | 4.6 | 0.6mm | ||||
| 3 | inner 2 | copper | plane | 1 oz | ||
| 2116 | prepreg | 4.5 | 0.12mm | |||
| 4 | inner 3 | copper | plane | 1 oz | ||
| core | 4.6 | 0.6mm | ||||
| 5 | inner 4 | copper | plane | 1 oz | ||
| 2116 | prepreg | 4.2 | 0.12mm | |||
| 6 | bottom | copper | signal | 0.035mm | 1 oz | |
| Final board thickness: 1.6mm±0.1mm | ||||||
| 6 Layer Stackup - 1.6mm thickness (non-preferred materials but possible) | ||||||
| layer order | layer name | material type | material description | dielectric constant | thickness | copper weight |
| 1 | top | copper | signal | 0.035mm | 1 oz | |
| 2116 | prepreg | 4.7 | 0.2mm | |||
| 2 | inner 1 | copper | plane | 1 oz | ||
| core | 4.6 | 0.5mm | ||||
| 3 | inner 2 | copper | plane | 1 oz | ||
| 2116 | prepreg | 4.5 | 0.12mm | |||
| 4 | inner 3 | copper | plane | 1 oz | ||
| core | 4.6 | 0.6mm | ||||
| 5 | inner 4 | copper | plane | 1 oz | ||
| 2116 | prepreg | 4.7 | 0.2mm | |||
| 6 | bottom | copper | signal | 0.035mm | 1 oz | |
| Final board thickness: 1.6mm±0.1mm | ||||||
| 6 Layer Stackup - 2.0mm thickness (preferred materials) | ||||||
| layer order | layer name | material type | material description | dielectric constant | thickness | copper weight |
| 1 | top | copper | signal | 0.035mm | 1 oz | |
| 7630 | prepreg | 4.7 | 0.2mm | |||
| 2 | inner 1 | copper | plane | 1 oz | ||
| core | 4.6 | 0.6mm | ||||
| 3 | inner 2 | copper | plane | 1 oz | ||
| 7630 | prepreg | 4.7 | 0.2mm | |||
| 4 | inner 3 | copper | plane | 1 oz | ||
| core | 4.6 | 0.6mm | ||||
| 5 | inner 4 | copper | plane | 1 oz | ||
| 7630 | prepreg | 4.7 | 0.2mm | |||
| 6 | bottom | copper | signal | 0.035mm | 1 oz | |
| Final board thickness: 2.0mm±0.2mm | ||||||
6
Layer Stackup - 2.0mm thickness (non-preferred materials but possible)
layer order
layer name
material type
material description
dielectric constant
thickness
copper weight
1
top
copper
signal
0.035mm
1 oz
2116+7628
prepreg
4.7+4.7
0.12mm+0.185mm
2
inner 1
copper
plane
1 oz
core
4.6
0.6mm
3
inner 2
copper
plane
1 oz
2116
prepreg
4.7
0.12mm
4
inner 3
copper
plane
1 oz
core
4.6
0.6mm
5
inner 4
copper
plane
1 oz
2116+7628
prepreg
4.7+4.7
0.12mm+0.185mm
6
bottom
copper
signal
0.035mm
1 oz
Final board
thickness: 2.0mm±0.2mm
6 Layer PCB Quote and Price
6 Layer PCB Prototype Price
Of course, at the same time, we also provide sample production services for other PCB products to verify your design as soon as possible.
With regard to delivery, we can provide 24-hour, 72-hour urgent service. No matter where you are in the world.
6 Layer PCB Manufacturing
- Manufacturable PCB Layers
We have abundant experience in manufacturing multi-layer circuit boards, not only in the production process, but also have many years of professional PCB engineers.So if you have multilayer PCB to produce, no matter how many layers, just let us know.
- What size of 6-layer circuit boards can you produce?
According to our PCB manufacturing capability, we have no size limitation.
- PCB Laminate Types
We offer a variety of PCB laminates ranging from FR4 130Tg for lower heating temperatures up to FR4 180Tg for higher temperatures. Also offered are Polyimide, Taconic, Rogers and Nelco material types.
- Manufacturable Thickness of 6-Layer Circuit Board
As with the number of PCB layers we can manufacture, we still have no restrictions on the thickness of the six-layer PCB and can manufacture it.
- PCB Surface Finish Types
We offer various PCB finishes including HASL (Solder), ENIG, Immersion Silver, Immersion Tin, Hard Gold, Entek/OSP, Unclad, Pb Free HASL, Selective Gold and ENEPIG.
Why order 6 layer PCB from JHY PCB?
You will get it after check below advantages.
1. Good quality and price: We are experienced in producing six layer PCB, cost and time can be controlled well. This can help our customer to order good boards in cost-effective price.
2. Short Turnaround Times:
3. No Minimum Quantity: 1 pcs of PCB can be offered.
4. More orders, more discount.
5. Custom PCB Sizes
Printed Circuit Boards,6 Layer PCB,6 Layer PCB Price,6 Layer PCB Prototype
JingHongYi PCB (HK) Co., Limited , https://www.pcbjhy.com