The Asus E600 was a smartphone that was expected to be a strong contender in the market during its development. However, it was officially announced as a canceled project in 2011. Despite its cancellation, the device had garnered interest due to its expected features and specifications that promised decent performance and a satisfactory user experience for the time.
In terms of design, the Asus E600 featured a compact and sturdy build, typical of smartphones during that era. Its dimensions were 122 x 60 x 13.5 mm (4.80 x 2.36 x 0.53 in), making it relatively easy to handle with one hand. The body design was aimed at providing a comfortable grip, essential for extended usage. Although the weight details are not specified, its compact structure suggested that it would not have been overly cumbersome.
The Asus E600 was equipped with a 4.0-inch TFT display, capable of showing 256K colors. This screen size was fairly standard at the time and offered a clear view with a resolution of 480 x 800 pixels and an approximate density of 233 ppi. While not groundbreaking, it provided adequate clarity for browsing, messaging, and basic multimedia consumption.
One of the appealing aspects of the Asus E600 was its 5 MP rear camera, which included an LED flash for better low-light photography. The camera's inclusion aimed to cater to users looking for a smartphone capable of handling everyday photography needs. However, details about video resolution and additional camera features remain sparse. Notably, the device lacked a front camera, which might be considered a drawback for users interested in selfies or video calls.
The Asus E600 was designed to run on the Microsoft Windows Phone 7 operating system. This OS was part of Microsoft's strategy to make a significant mark in the mobile phone market by offering a unique tile-based interface and integration with Microsoft services. While it provided a smooth user experience, the limited app availability on the Windows Phone platform could have influenced user adoption.
The device specifications did not include details about the processor or RAM, suggesting that these components might not have been finalized or were average for the time. A significant limitation was the absence of a card slot for expandable storage, meaning users would have been restricted to the internal storage capacity, which was common among early smartphones.
The Asus E600 supported GSM and HSPA network technologies, ensuring basic connectivity for phone calls and internet browsing. Its WLAN connectivity was covered by Wi-Fi 802.11 b/g, allowing users to connect to wireless networks. Additionally, it offered Bluetooth 2.1 connectivity, facilitating connections with other Bluetooth-enabled devices. GPS and A-GPS were included for location-based services, which would be useful for navigation applications. MicroUSB 2.0 provided a standard connection for charging and data transfer.
Powering the Asus E600 was a removable Li-Ion 1300 mAh battery. While modest by today's standards, this capacity was typical at the time and would have provided sufficient usage time given the device specifications. The ability to remove and replace the battery offered the advantage of easy battery swaps, extending the device's longevity without needing a visit to a service center.
The device included basic sensors like an accelerometer, which was essential for detecting the orientation of the phone and adjusting the display accordingly. The browser supported HTML, enabling users to access a wide range of web content.
Despite the promising features of the Asus E600, the project was eventually canceled, and it did not reach the market. The reasons for its cancellation could be attributed to various factors, such as strategic business decisions, market analysis, or competition pressures. At the time, Asus might have decided to focus its efforts on other technological innovations or market segments.
In conclusion, the Asus E600 remains a notable mention in the chronicles of smartphone development, primarily due to the anticipation it generated and its subsequent cancellation. While the device never witnessed commercial launch, it highlights a period when manufacturers were experimenting with different features and operating systems to capture consumer interest. Such endeavors have paved the way for the vast configurations and technological advancements seen in today's smartphones.
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