Why You Should Be Using Module-Embedded SIM Technology

2022-08-09 23:41:15
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The ways we connect to our world are rapidly evolving. Technological capabilities are driving us beyond manual human-to-machine communication. The Internet of Things (IoT) enables devices to recognize, anticipate and react to users’ needs without pushing a button. Current estimates say the number of connected IoT devices is likely to reach 30.9 billion by 2025, up from the 13.8 billion expected in 2021. 

Using Traditional SIM Cards

Traditional SIM cards are widely employed in IoT devices. However, they are no longer the most effective technology for cellular-connected things in general. These devices come in various forms with an array of implementation options and connectivity needs over their lifetime.  

Traditional SIMs must be changed if: 

  • You switch your connectivity profile for a better mobile network operator (MNO) for coverage, technology, prices or having an “insurance mode”  
  • You are deploying your IoT devices globally and have unique localization requirements  
  • You need to avoid roaming restrictions
  • You want to streamline SIM management logistics and move away from complex physical SIM management 
  • You need to improve service quality

How Is eSIM Technology Changing the Game?

If you have IoT-enabled sensors installed in difficult-to-access locations, paying a field technician to change a SIM card becomes inconvenient and costly.

The evolving embedded SIM (eSIM) technology represents a significant step forward in overcoming this challenge. Embedded Universal Integrated Circuit Card (eUICC) combined with multi-IMSI standards can increase IoT deployment speed and efficiency while reducing costs over your devices’ lifetime.

What Are the Differences between Module-Embedded SIM Technology with Telit NExTPlus™?

It will take time before conventional SIM technology is fully phased out. Mobile devices still feature IoT-ready cards that transfer IoT data to upstream platforms and systems. eSIMs still consume more power than is ideal for ultralow-power applications. However, traditional SIMs still present clear limitations:

  • The bulky form factors take up valuable space inside today’s ever-shrinking connected devices  
  • They are another part item for manufacturers to deal with
  • They require customization to work with a preselected MNO, depending on where the product is deployed  

Because eSIM technology improves on these shortcomings, it is expected to become more pervasive in the coming years.

4 Ways eSIMs Will Enhance IoT Deployments

With new rollouts, the technology will improve four major areas lacking in current SIM technology: 

1. Reduce Ordering and Manufacturing Costs 

With a SIM chip or an integrated UICC (iUICC)-hosted SIM, your mobile-connected products don’t need to be customized for their destination. Ordering, building in and testing MNO-specific SIM cards in the factory is no longer required, which lowers the bill of materials (BOM) and production costs. 

2. Real-Time Subscription Changes Enabled by Localizations over eUICC 

Never replace another SIM card again. Remote provisioning and zero-touch onboarding reduce the complexity of physically removing and replacing single-profile SIM cards in deployed IoT devices. Instead, you can remotely change the network carrier profile for your device over the air and securely from the cloud. This capability means you have one global SIM for your IoT device life cycle. This future-proof global IoT connectivity keeps your solutions more flexible and sustainable.   

3. Constant, Consistent Security 

IoT security vulnerability is a major concern for most undergoing digital transformation, especially regarding cyberattacks. Advanced module-embedded SIM technology alongside the Telit NExTPlus eUICC solution employs cybersecurity technology. This security covers the entire life cycle, from MNO provisioning to manufacturing and end-point provisioning. 

4. Eliminate Costly Truck Rolls 

Once your connected product is deployed, you don’t need to worry about sending a technician to change SIM cards. Eliminating costly truck rolls can save up to $160 per device. 

Access eSIM Technology with Telit 

Telit has connected over 200 million devices from 7,000 customers worldwide. We deliver connectivity and management capabilities with our comprehensive portfolio of IoT modules, connectivity services and platforms. Whether you want to displace SIM cards in your current IoT offers or forge your path into the future with Telit NExTPlus eSIM technology, we are here to help. 


Editor’s Note: This blog was originally published on 16 March 2018 and has since been updated. 

参考译文
为什么你应该使用嵌入式SIM卡技术
我们连接世界的方式正在迅速演变。技术能力正推动我们超越传统的手动人机交流方式。物联网(IoT)使设备能够识别、预判并响应用户需求,而无需按下按钮。目前的预测显示,到2025年,联网的IoT设备数量预计将从2021年预期的138亿增长至309亿。使用传统SIM卡传统SIM卡广泛应用于IoT设备。然而,它们已不再是蜂窝网络连接设备的最有效技术选择。这些设备形式多样,具备多种实现方式和连接需求。如果出现以下情况,就需要更换传统SIM卡:- 为了更好的移动网络运营商(MNO)而更换连接配置文件,例如覆盖面、技术、价格或“保险模式”;- 如果您在全球范围内部署IoT设备,有独特的本地化需求;- 如果您需要避免漫游限制;- 如果您希望简化SIM卡管理流程,摆脱复杂的物理SIM卡管理;- 如果您想要提高服务品质。eSIM技术如何改变游戏规则?如果您安装的IoT传感器位于难以接触的地点,那么派遣现场技术人员更换SIM卡将变得不便且昂贵。不断演进的嵌入式SIM(eSIM)技术代表了克服这一挑战的重要一步。嵌入式通用集成电路卡(eUICC)结合多IMSI标准,可以提高IoT部署的速度与效率,同时在整个设备生命周期内降低运营成本。Telit NExTPlus™模块嵌入式SIM技术存在哪些差异?传统SIM技术全面退出市场仍需时间。当前,移动设备仍然使用具备IoT功能的卡来传输IoT数据至上游平台和系统。eSIM目前在超低功耗应用中仍比理想耗电量高。然而,传统SIM卡仍然存在明显局限:- 较大的物理尺寸占用宝贵空间,而现代设备正日益小型化;- 它们是制造商需额外处理的零部件之一;- 需要根据产品部署地点进行定制,以适配预选的MNO。由于eSIM技术克服了这些缺点,预计在未来几年将更加普及。eSIM将如何提升IoT部署的四个方面?随着新技术的推出,eSIM将在当前SIM技术的四个主要短板上带来改进:1. 降低订购与制造成本 通过集成的SIM芯片或UICC(iUICC)托管SIM,移动连接产品无需针对目标市场进行定制。工厂不再需要订购、安装并测试特定MNO的SIM卡,从而降低了物料清单(BOM)和生产成本。2. 通过eUICC实现本地化实时订阅变更 您再也不需要更换SIM卡。远程配置和零接触入网降低了在已部署IoT设备上物理移除和更换单一配置SIM卡的复杂性。取而代之的是,您可以远程安全地从云端更改设备的网络运营商配置文件。这种能力意味着您拥有一个适用于IoT设备整个生命周期的全球SIM。这种面向未来的全球IoT连接方式让您的解决方案更具灵活性与可持续性。3. 持续一致的安全保障 对于正在经历数字化转型的大多数企业而言,IoT安全漏洞是一个主要顾虑,尤其是涉及网络攻击时。先进的模块嵌入式SIM技术配合Telit NExTPlus eUICC解决方案,可采用网络安全技术,保障整个生命周期的安全,从MNO配置、制造到终端配置。4. 消除昂贵的现场服务 一旦您的连接产品部署完毕,您无需再担心派遣技术人员更换SIM卡的问题。通过消除昂贵的现场服务,可为每台设备节省高达160美元的费用。通过Telit接入eSIM技术Telit已为全球7000位客户连接了超过2亿台设备。我们通过全面的IoT模块、连接服务及平台组合,提供连接与管理能力。无论您想在现有IoT产品中替代SIM卡,还是借助Telit NExTPlus eSIM技术迈向未来,我们都在这里为您提供帮助。编辑注:本博文最初于2018年3月16日发布,此后已更新。
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