Wireless Module Application in VR Headset Devices
VR technology uses the wireless module technology
VR uses computer simulation to create a three-dimensional virtual world, providing users with simulations of visual, auditory, tactile sensations, etc., allowing users to experience the virtual environment as if they were really there, enabling them to observe things in the three-dimensional virtual space without any constraints or limitations. VR headset devices solve problems related to cost, safety, or physical limitations, and can transport users from reality into the virtual world.
So what is the overall style of VR headset devices that can transport users from reality to the virtual world? According to the "User Experience Strategy Technology Planning Report: Virtual Reality" published by User Experience Strategy (UXS) service, through investigating the needs, behaviors, and expectations of future VR users, it was found that the most popular modern technology for future VR headset devices is "wireless modules,” with two major design trends being "wireless connectivity" and“modularity.”
VR devices with the wireless module
VR systems currently on the market are either based on mobile devices or PCs/game consoles. VR headset devices based on mobile devices provide users with low-cost options but do not perform as well as VR devices based on PCs/game consoles. Battery consumption and overheating also limit their use.
In comparison, VR headset devices based on PCs/game consoles have better processing capabilities, are highly modular with additional accessories, and feature superior wireless modules. However, creating a VR headset device based on a PC/game console system is expensive, takes longer to set up and debug, is not portable, and is limited by a wired connection, ultimately affecting its consumer appeal.
Analysts suggest that "VR headset devices could have a third option – an independent system – which will provide solutions to the previously mentioned problems. While wireless VR headset devices are not yet commercially available, they could potentially offer better performance than mobile-device-based solutions and be easier to set up and install, significantly reducing the number of compromises that many VR devices based on PCs/game consoles presently require. However, the cost, weight (due to built-in chips and screens), and battery life of these headset devices will remain their primary limitations for the time being."
Modularity is the most critical factor for VR immersive experiences. Manufacturers also need to consider developing accessories that can enhance processing capabilities, provide tactile feedback, simulate walking experiences, and enable users to maintain spatial awareness of their surroundings.
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本文由玄子转载自Neoway News,原文标题为:Wireless Module Application in VR Head-mounted Devices,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
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有方科技无线通信模组选型表
有方科技 提供多种工作电压:3.3 V~4.3 V,typical:3.8 V,3.3 V~4.2 V,typical:3.8 V,3.4 V~4.3 V,typical:3.9 V,网络制式:2G/5G/Cat1/Cat4/Cat1+GSM,不同封装:100-pin LGA,192-pin LCC+LGA,140-pin LCC+LGA,频段涵盖LTE FDD: B1/B3/B5/B8,LTE TDD: B34/B38/B39/B40/B41等4G/5G无线通模组。
产品型号
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品类
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网络制式
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有无GNSS
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有无BT
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有无辅路
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有无音频
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版本
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有无WiFi SCAN
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工作电压(V)
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尺寸(mm)
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封装
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接口
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频段
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协议
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ESD性能
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工作温度(℃)
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认证
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区域
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N11-V2-WW-011AS1
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2G通信模组
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2G
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无GNSS
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无BT
|
无辅路
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无音频
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标准版本
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无WiFi SCAN
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3.4 V~4.3 V,Typical:3.9 V
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15.8 mmX13.8 mmX2.4 mm
|
20-pin LGA
|
UART x 2
PWRKEY_N
RESET_N
DTR (低功耗控制)
NET_LIGHT
USIM (1.8 V/3.0 V)
|
GSM/GPRS: 850/900/1800/1900 MHz
|
TCP/UDP/TLS/MQTT/DNS/FTP/HTTP/HTTPS/NTP
|
VBAT: ±8 kV/±15 kV
GND: ±8 kV/±15 kV
ANT: ±8 kV/±15 kV
其他: ±4 kV/±8 kV
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-40℃~+85℃
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CCC, SRRC, CTA, CE, RoHS, REACH
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全球
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选型表 - 有方科技 立即选型
有方科技(neoway)无线通信模组选型指南
目录- 公司简介和无线通信模组应用 5G模组 4G模组 NB-IoT/eMTC模组 2G/3G/4G智能&车规级模组 定位模组
型号- N300,N720,N58 PCIE,N311-CN,N100,N75 PCIE,N308,N720 PCIE,N21,N303,N23,N306,N25,S2-CN,N27,N75-X,S6X,N715-CA,N303-CN,A70,LM11-CN,N308-CN,N311,N511,N1,N510M,N77-CA,N715,N306-CD,N716,S6X-XX,N51,N75,N77,N11,G7A,N58,N716-CA,A590,N720V5 PCIE,N100-CA,N720V5,S2
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