AzureWave Technologies remain a renowned leading provider of any product related to wireless connectivity together with any image processing solutions because of their vast extensive experience in vertically integrated capabilities and product development. Their line of available products comprises of the following; Bluetooth, Wi-Fi, GPS, 3G, DTV and Digital Camera modules. These can be easily be applied to cellular phones, personal computers, mobile internet devices, home appliances, consumer electronics, industrial facilities and much more.
As an authority in module maker, their services also involves designing, and manufacturing of these software services with Nanotechnologies, multi-function fabrications, and a wide range of platforms and support. AzureWave has demonstrated its devotion by producing compact products with value-added features which functions at very low power consumption.
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What AzureWave Wi-Fi devices do?
AzureWave fabricates fantastic small modules enhanced with computerized processing which lets it to be integrated to Wi-Fi accessibility of any device. In other words, these devices can be integrated into any device without the dedication of a special USB port. This makes it easy to install any AzureWave PCIe adapter in a computer as a replacement for buying a more costly advanced equipment. These equipment are not just for individual clients. They also produce for third-party manufacturers belonging to other companies.
The top products you’ll find on their website are as follows
- 802.11ac 1×1,
- 802.11n 1×1,
- 802.11ac 2×2,
- Wi-Fi plus Microcontroller Unit (MCU).
It is highly suggested to purchase one of the 802.11ac 2×2 modules, but you’ve to be sure that your Wi-Fi router supports multi-user (MU-MIMO).
You can choose between these three models;
- AW-CM235NF.
- AW-CM276NF,
- AW-CM389NF
These three sets of models are particularly manufactured for gaming, TV, tablet or notebooks that require a module with reduced power consumption, support for OS and multiple interfaces, and are supported with the standards of 802.11a/b/g/n/ac. Furthermore, they make use of Orthogonal Frequency Multiplexing (OFDM), DQPSK, DBPSK, CCK and QAM baseband modulation technologies, together with Direct Sequence Spread Spectrum (DSSS).
How’s AzureWave products security?
One thing about AzureWave products is that it is not related to security. These about listed products work perfectly well with the IEEE 802.11i operating WEP 64- and 128-bit including the WPA/WPA2 encryption. For the purpose of those that might not be aware, WEP is deprecated. You might want to know why. It is very insecure and fragile when it comes to attacks. This is the major reason why WPA3 is quickly being replaced by WPA 2 when it comes to networking gear.
Furthermore, these products support Temporal Key Integrity Protocol, Advanced Encryption Standard and Counter Mode – Cipher Chaining Message Code Protocol. The only challenge is the inability of the AzureWare to support data encryption, especially the secure 256-bit category.
The 802-11e QoS which is needed for proficient VoIP and video applications is supported by both CM389 and CM276 series. They’re made up of a Manvell 88W8997 which is a combined dual-band. This is a combo system made of a chip SoC that can frequently be used by a BlueTooth and WLAN.
Which AzureWave product worth to use?
If you really want to improve your Wi-Fi device performance, CM235 is the ideal module to go for. This is because it supports 802.11i AES, 802.11e QoS, including BlueTooth 5. with the 802.11ac module, you’re sure of 256-QAM for 20 MHz. That’s not all, channels with 40 and 80 MHz is also guaranteed. Most importantly, it has 867 Mbps delivery data rates.
Furthermore, CM235 operates with Cypress CYW4354 SoC rather than the usual Manvell 88W8997. This is an integrated dual-band circuit which is used by the latest devices from AzureWave. This means that invariably, it will be very compatible with 5G. CM235 also bring about better power efficiency because it uses low-density uniformity check codes. This is really important, especially why your Wi-Fi environments has been overstretched.
Wi-Fi MCU Modules
These are microprocessor units that convert random routine daily devices into IoT devices. It does it by simply providing them with Wi-Fi connectivity. However, their design is not appropriate for any mobile devices. These modules can be used to refurbish discarded surveillance Internet cameras that are no longer in use. Ultimately, any device you know that needs to be revived can use either AW-CU427-P or AW-CU300. With them, it’s guaranteed you’ll get 54 Mbps for 802.11g while 802.11n gets 72.2 Mbps. The difference here is that CU300 does not support all Bluetooth versions, but the CU427 supports BlueTooth 4.2.
Buying AzureWave Modules
You can get AzureWave devices on both eBay and Amazon marketspaces. That not all, some other sites include;
- Aliexpress,
- NewEgg
- Techship
- mitxpc
- Joom,
- Avnet
For updated models, you can visit AzureWare official website to be aware of the latest product(s) to be released.
In Conclusion
AzureWave offers exciting alternatives which are needed for tech-savvy individuals to carry out their experiments, and their products are very much safe and secure. They offer quality products indeed but don’t reach the highest standards and required in today’s advances in wireless technology. Once your products are compatible with AzureWave, you’ll have fun using them.
FREQUENTLY ASKED QUESTIONS
How to login to an AzureWave Router in other to access the setup page
- Ensure your AzureWave router is connected.
- Open your web browser and tap 192.168.254.254.
- Type in your AzureWare router’s username and password.
What can I do when my AzureWave network or router stops working after a configuration change?
By simply following the generic 30 30 30 hard reset trick, you can easily go back to zero. But you need to know that this should be the last resort. If you still have access to the AzureWave interface, simply login to try and revert the settings.
What is Azurewave technology on my Wi-Fi?
Azurewave produces Wi-Fi components for IoT and computers devices. The device is more likely to be a computer. This is because it has the credentials to access your Wi-Fi network.
How can I identify devices on my network?
You need to look up your connected device’s IP or your MAC address and carefully compare it to the device addresses listed. To get this information, check the network or Wi-Fi settings of the device.
