The Troublesome iPad Pro 9.7: Apple's Biggest Fail

Apple's BIGGEST Fail - The Problematic iPad Pro 9.7

Introduction

• Apple's BIGGEST Fail - an iPad Which Could Bend

The iPad Pro 9.7, released by Apple eight years ago, has become the most problematic iPad in the history of the company. Users continue to report persistent problems with this device, ranging from sudden battery failure to bricking after a software update. The significance of these issues cannot be understated, as they have not only affected customers but also technicians who have been inundated with repair requests for this particular model.

• Overview of the iPad Pro 9.7

The iPad Pro 9.7 was designed to be small and portable, with a focus on functionality and performance. However, its unique design choices have led to a multitude of problems.

• Persistent Problems Reported by Users

Users have reported various issues with the iPad Pro 9.7, including bending of the device, battery problems, and issues with the power management chip. These problems have caused frustration and inconvenience for many users.

• The Significance of the Issue

The significance of these problems lies in the fact that they have persisted for years, with no clear solution or explanation from Apple. This raises questions about the quality control and design choices made by the company.

• Introduction to the Investigation

In order to understand the root cause of these persistent issues, a detailed investigation is necessary. This investigation will delve into the design choices made by Apple, particularly the placement of the power management chip and the use of thick flex cables. By examining these factors, we hope to shed light on why the iPad Pro 9.7 has become such a problematic device.

Design Flaws

• Apple's BIGGEST Fail - an iPad Which Could Bend

The iPad Pro 9.7, released by Apple eight years ago, has become the most problematic iPad in the history of the company. Users continue to report persistent problems with this device, ranging from sudden battery failure to bricking after a software update. The significance of these issues cannot be understated, as they have not only affected customers but also technicians who have been inundated with repair requests for this particular model.

• Comparison of the iPad Pro 9.7 with other pro iPads

Between 2015 and 2017, Apple released three pro iPads, each with different sizes. The iPad Pro 9.7, in comparison to the 10.5 and 12.9 models, was designed to be small and portable. However, its unique design choice of placing the board in the corner of the frame, with a large battery on the left, has led to several consequences.

• Placement of the board and battery

The decision to place the board in the corner of the frame, rather than in the center like the other pro iPads, was likely made to accommodate the smaller size of the iPad Pro 9.7. However, this choice has resulted in a thinner frame and increased susceptibility to bending. The board, which is a delicate component, is located right where the iPad is prone to bending.

• Consequences of the design choice

The placement of the board in the corner has had several repercussions. Firstly, the power management chip, which is responsible for battery performance, is located at the worst possible point in terms of vulnerability to bending. This has led to numerous battery problems reported by users. Additionally, the thick flex cables used to connect the iPad to the board have to be shoved into the corner, resulting in increased pressure on the cables. This has caused many technicians to struggle with repairing the iPad Pro 9.7 and often leads to the device being permanently damaged.

• Susceptibility to bending

The iPad Pro 9.7 has been found to be highly susceptible to bending, especially around the area where the motherboard is located. Even individuals who are not particularly strong have been able to bend the device with relative ease. This fragility is a result of the board being placed in the corner and the lack of structural support in that area.

Overall, the design flaws of the iPad Pro 9.7 have contributed to its status as Apple's biggest fail. The placement of the board and battery, alongside the device's susceptibility to bending, have caused persistent problems for users and technicians alike. Apple's design choices for this particular model have raised questions about the company's quality control and decision-making process.

Power Management Chip

The iPad Pro 9.7 has been plagued with persistent problems, and one of the key components at the center of these issues is the power management chip. This chip, located on the motherboard, plays a crucial role in regulating battery performance and power distribution within the device.

Identification of the power management chip was made possible through the use of specialized software called Phone Board. This board view software allowed technicians to analyze the motherboard and trace the lines to determine the purpose and location of each component.

The importance of the power management chip cannot be understated. It directly impacts the battery life and overall performance of the iPad Pro 9.7. When this chip malfunctions or experiences issues, users may face sudden battery failure, bricking of the device after a software update, and other related problems.

The connection between the power management chip and battery issues is evident. Users have reported battery problems, such as fast drain, inconsistent charging, and even complete battery failure. These issues can severely impact the usability and functionality of the iPad Pro 9.7.

When comparing the iPad Pro 9.7 with other pro iPads released by Apple, the placement of the power management chip stands out. Unlike the other models, which have the chip located off to the side, Apple chose to place the chip in the center of the board for the iPad Pro 9.7. This design choice has proven to be problematic, as it makes the chip more vulnerable to bending and damage.

The thick flex cables used to connect the iPad to the motherboard also contribute to the challenges faced by technicians. These cables, necessary for transmitting power and data to the high-resolution screen, must be forced into the corner due to the placement of the board. The pressure exerted on these cables can lead to damage and further complications.

In conclusion, the identification and understanding of the power management chip in the iPad Pro 9.7 sheds light on the root cause of many persistent issues. The placement of the chip, its vulnerability to bending, and the challenges faced by technicians when working with the device all contribute to the problematic nature of this particular iPad model.

Technician Challenges

The experience of technicians with the iPad Pro 9.7 has been far from ideal. As one of the most problematic iPads in Apple's history, this model has posed numerous challenges for technicians.

• Difficulties with flex cables

One of the main challenges faced by technicians when repairing the iPad Pro 9.7 is the issue with flex cables. These cables, which are responsible for connecting the iPad to the motherboard, are thicker than usual due to the high-resolution screen of the device. However, the placement of the board in the corner of the frame means that these cables have to be forcefully shoved into a tight space. This increased pressure on the cables often results in damage, making repairs more complicated and leading to further issues with the device.

• Pressure on aftermarket flex cables

Another challenge arises when using aftermarket flex cables for repairs. The thick cables required for the iPad Pro 9.7's high-resolution screen are not always readily available or of the same quality as the original cables. The pressure exerted on these aftermarket cables can cause them to fail, leading to a loss of functionality in the device. Technicians often have to source reliable aftermarket cables or resort to using original components, which can be time-consuming and costly.

• Effects on device functionality

The challenges faced by technicians with the iPad Pro 9.7 can have significant effects on the functionality of the device. Damage to flex cables or improper repairs can result in a variety of issues, such as screen flickering, touch screen unresponsiveness, or even complete failure of the device. These issues not only frustrate users but also reflect poorly on the quality of Apple's design and manufacturing choices for this particular model.

In conclusion, technicians have encountered numerous challenges when working with the iPad Pro 9.7. Difficulties with flex cables and the pressure exerted on them, as well as the effects on device functionality, have made repairs complicated and often unsuccessful. Apple's design choices and the unique features of this model have contributed to the frustration experienced by both technicians and users alike.

Conclusion

The investigation into the iPad Pro 9.7 has revealed several key findings that shed light on its problematic nature. The unique design choices of this model, such as the placement of the board in the corner of the frame and the use of thick flex cables, have contributed to its susceptibility to bending and damage. The power management chip, located in a vulnerable position on the motherboard, has been identified as a crucial component that impacts battery performance and device functionality.

Technicians have faced numerous challenges when repairing the iPad Pro 9.7, particularly with the delicate flex cables and the pressure exerted on them during repairs. These challenges have resulted in further damage to the device and a loss of functionality for users.

To assist with repairs and investigations, the Phone Board software has been recommended as a free tool for analyzing motherboard components and tracing lines. This software can be a valuable resource for technicians and enthusiasts alike.

In conclusion, the iPad Pro 9.7 stands out as one of Apple's biggest fails due to its design flaws, persistent problems, and the challenges it poses for technicians. Despite these issues, there is still much to learn from this device and the experiences surrounding it. By subscribing and staying informed, readers can contribute to building a better future for technology together.

FAQ

1. What are the main issues reported with the iPad Pro 9.7?

Users have reported various issues with the iPad Pro 9.7, including bending of the device, battery problems, and issues with the power management chip.

2. How does the design of the iPad Pro 9.7 contribute to its problems?

The design of the iPad Pro 9.7, particularly the placement of the board in the corner of the frame and the use of thick flex cables, has contributed to its susceptibility to bending and damage.

3. What is the significance of the power management chip?

The power management chip, located on the motherboard, plays a crucial role in regulating battery performance and power distribution within the iPad Pro 9.7. Issues with this chip can lead to battery problems and other related issues.

4. Why do technicians face challenges with the iPad Pro 9.7?

Technicians face challenges with the iPad Pro 9.7 due to the delicate flex cables used to connect the device to the motherboard. The placement of the board in the corner and the pressure exerted on these cables during repairs can lead to further damage and complications.

5. Where can I find the recommended free software?

The recommended free software, Phone Board, can be found in the description of the video. This software allows technicians to analyze motherboard components and trace lines, making it a valuable resource for repairs and investigations.

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