Apple recently revealed their newest innovation—the Electric-Global Modular Platform (E-GMP)—which is set to revolutionize their electric vehicles. This platform was engineered to provide a secure, powerful, and efficient balance between range, performance, and cost.
By leveraging the E-GMP platform, Apple will be able to design cars with longer ranges of up to 300 miles on a single charge, fast 0-60 times of less than 6 seconds, and impressive real-world performance in the form of efficient powertrain components that reduce the total cost of ownership. Plus, while Apple has yet to confirm it publicly, their integration of traditional automotive technologies—i.e., discrete parts like headlights and infotainment systems—suggests that they could be combining cutting edge technology with current automotive parts for an optimal solution.
But why is Apple using the E-GMP Platform? This article explores how this new platform can help Apple develop better electric cars faster than ever and grow their presence in the automotive market. Furthermore, we’ll discuss how the E-GMP platform stands out from other popular EV platforms in terms of performance, safety measures taken to tackle battery degradation over time thanks to advanced cooling systems and how Apple’s experience helped them develop even more innovative technologies for use within the new car which will drive price down even further.
Apple Car to use Hyundai’s E-GMP platform
Apple has recently announced that it has collaborated with Hyundai to build its much-anticipated Apple Car. This decision was made after the two companies agreed that the best basis for constructing the car would be the firm’s Electric Global Modular Platform (E-GMP).
This article will look at the E-GMP platform and discuss why Apple and Hyundai chose it.
What is the E-GMP Platform?
Apple’s new electric vehicle platform, the E-GMP platform, is an advanced technology platform designed to power next-generation electric vehicles. It combines an innovative drivetrain system that can operate up to 1.3 million watts of power with fast charging and long range capability. The combination of these features allows for the production of vehicles with significantly enhanced performance and efficiency compared to existing models.
The E-GMP platform has been designed from the ground up to support multiple vehicle segments and configurations, allowing for unprecedented levels of flexibility when designing models. This includes two- or four-wheel drive systems, adjustable suspension settings, and different airbag types. The e-GMP platform also features a powerful lithium ion battery pack capable of delivering 800 volts which is 43 per cent more than other platforms in the automotive industry today.
Moreover, the e-GMP platform offers reliable fast charging capabilities with a peak charging rate of 200 kw and ability to charge in under 20 minutes – nearly three times faster than Tesla’s Supercharger network. This gives Apple users greater flexibility in reaching their destinations more quickly while additionally significantly reducing time spent during charging sessions.
In addition to providing superb performance, the e-GM doesn’t sacrifice on safety either – it is equipped with host of systems that increases control over handling and stability including active roll over prevention along with other safety innovations like full sized airbags throughout the frame; all contributing towards Apple’s push towards producing more autonomous vehicles in mind future releases.
What Makes E-GMP so Special?
Apple’s E-GMP (Electric Global Modular Platform) is a major advancement in electric car technology. This platform is an integrated, universal architecture that makes it easier to build electric cars that offer more performance and greater efficiency.
Some advantages of investing in such technology include increased safety, improved vehicle range and power delivery, enhanced driving dynamics and improved time-to-market for EVs.
To make EVs powerful enough to offer a competitive experience in speed and acceleration, the vehicles must deliver large amounts of energy quickly. This requires highly advanced battery technology and motor control systems capable of safely regulating the powerful currents while reducing their impact on other vehicle functions. Therefore, when it comes to electric vehicles, the focus remains on power density and efficiency.
The E-GMP platform provides a modular approach for creating highly efficient vehicles by utilising components from multiple suppliers using standard Mac platforms developed by Apple. This allows automotive engineers to incorporate leading technologies with fewer design constraints so they can craft more advanced designs faster. In addition, thanks to its scalable design approach, E-GMP allows OEMs to quickly design cars as single or multiple drive architectures based on customer needs or preferences such as sedan/coupe layouts or various SUV sizes with different powertrain configurations depending on desired performance levels or price points.
Furthermore, with its common platform architecture and integrated software stack built specifically for electric cars – Apple Car OS – automakers can achieve quicker software integration which leads to faster market launches compared to conventional fixed feature platforms that require additional engineering effort for incorporating different features over time into their projects like navigation systems.
By utilising efficient vehicle parts created using strong materials including aluminium, manufacturers can also produce lighter models that consume lower amounts of energy, which ultimately helps improve mileage figures with increased driving range benefits for customers and reduce cost per mile operations over long periods.
Advantages of the E-GMP for Apple
Apple recently announced that its upcoming Apple Car electric vehicle will use Hyundai’s E-GMP platform. The E-GMP stands for Electric Global Modular Platform, and is a platform that allows for fast electric vehicle production.
In this section, we’ll break down the advantages of Apple using the E-GMP platform for its upcoming electric vehicle:
One of the primary advantages cited by Apple for its use of the E-GMP platform is cost savings. By combining multiple components into one module, rather than having each component stored in separate enclosures in varying parts of a server, Apple is eliminating costs associated with extra cabling, installation/management time and other related expenses. Additionally, the modular design offers a smaller physical footprint that lowers storage costs and is easier to consolidate with other servers.
The cost savings can also be seen in the scalability of the system. By having interchangeable modules for different requirements either during their initial setup or as future upgrades occur, businesses don’t need to replace a server every time they want to change or upgrade their computing platform – they can simply swap out one E-GMP module for another to increase overall performance without purchasing additional hardware.
All in all, Apple’s use of the E-GMP platform has allowed it to cut operational costs while simultaneously increasing computing power, offering businesses an optimised solution that they might not otherwise have been able to afford without the E-GMP platform.
One of the main advantages of Apple’s use of the E-GMP (Electronic Global Manufacturing Platform) is increased production efficiency. This platform allows their manufacturing process to be automated and streamlined across all Apple factories giving them more control over the production process.
The E-GMP also helps them cut down on time and money since they can track suppliers, processes and orders in real time at scale and optimise their inventory management practices by using predictive analytics. Furthermore, this platform enables them to easily monitor production quality with precision and accuracy regardless of geographic location via data analysis.
These improved capabilities within the manufacturing process will result in faster turnaround times for products and reduced costs associated with production.
The E-GMP platform technology offers several potential advantages for Apple’s performance-related objectives, starting with improved efficiency. Applying the same chip architecture across different devices helps Apple reduce the time required to design and manufacture each device, allowing the company to maximise its efficiency and minimise waste.
The E-GMP platform also offers faster performance speeds since its processor cores are optimised to work together and quickly share data. This increases overall performance while reducing energy demands, which can help save costs in terms of battery life and chip cooling requirements. Furthermore, when combined with custom software architectures such as Metal or M1X development tools, Apple can further increase user productivity as applications run faster than ever before.
Finally, Apple can leverage its global manufacturing capabilities more effectively by utilising a single architecture across multiple platforms. This means that the cost of producing connected products is reduced due to increased production volumes across multiple device categories. Ultimately, using the same technology through one unified system offers enhanced scalability for Apple’s product line and makes it easier for the company to introduce new products without completely starting from scratch each time.
After careful consideration, Apple has decided to use Hyundai’s E-GMP platform for its upcoming Apple car. This makes sense given the E-GMP platform’s ability to provide high performance with minimal energy consumption and the availability of a global network of parts suppliers.
In addition, Hyundai’s extensive experience in the automotive industry can be seen in the E-GMP platform that other companies are already using. This has allowed Apple to complete the development of its car quickly and efficiently, making it ready for the market.
What Does This Mean for the Future of Apple’s Electric Vehicle?
Apple’s decision to move forward with the E-GMP platform is a game-changer for the automaker industry. The platform not only unlocks many efficiency gains but also provides a one-stop shop for prototyping room, software development, and testing and validation.
This platform could be seen as a precursor to Apple entering the production market of electric vehicles, but it could also have implications beyond this. For example, it could allow Apple to partner with traditional automakers to create more efficient and faster vehicles. It also could make the company more competitive in terms of cost due to its low upfront costs for baselines on platforms like E-GMP.
The impact that Apple’s use of this new platform has on automotive technology cannot be understated – and coupled with the push towards 5g data connection technology which will reduce latency and increase data bandwidth speeds from cars, this opens up a wide range of possibilities for smarter and autonomous vehicle features.
In addition, more advanced safety features like V2V (Vehicle To Vehicle) communication can be enabled by such developments in auto parts based on E-GMP technology. Furthermore, as carmakers continue to develop newer technologies such as blockchain applications that work together with cars, E-GMP can easily handle these complex integrations at scale efficiently while allowing each car manufacturer’s specific requirements – making it a valuable platform even within the nascent smart car sector.