Garmin has unveiled its latest offerings in the Fenix series: the Fenix 8 Pro and the Fenix 8 Pro MicroLED. These new models introduce LTE and two-way satellite messaging capabilities, alongside enhanced display brightness, marking a significant evolution in Garmin’s smartwatch technology. However, the release comes with a notable absence of a smaller-sized Fenix model and an increase in price, with the entry-level Fenix 8 Pro LTE starting at ,199.
The focus of this release is primarily on connectivity and display enhancements, rather than new software features. A comprehensive review will follow as users, including myself and my wife, begin testing the devices, particularly in the context of her upcoming Ironman 70.3 World Championships.
What’s New:
Garmin’s naming convention can be a bit perplexing; the ‘Pro’ designation signifies the next iteration rather than a higher tier. The Fenix 8 Pro LTE boasts several improvements over its predecessor:
- Increased display brightness, estimated at around 2,000 nits, comparable to the Forerunner 970 and Venu X1.
- Enhanced speaker loudness, matching that of the Forerunner 970 and Venu X1.
- Introduction of LTE and cellular connectivity.
- Two-way satellite messaging capabilities.
- Live two-way voice calls and messaging via LTE.
- Weather updates, location check-ins, incident detection, and emergency SOS features via both LTE and satellite.
- Availability in 47mm and 51mm case sizes, with the 43mm option removed due to hardware limitations.
- A price increase of 0 from the previous model, now starting at ,199 for the base 47mm version and ,299 for the 51mm edition.
The absence of the 43mm model is particularly noteworthy, as Garmin acknowledges that this size was popular among female users seeking LTE emergency features. The company cites engineering challenges in integrating the LTE antenna as the reason for its removal.
The Fenix 8 Pro MicroLED variant includes all the features of the standard Pro model, with the addition of:
- A new 1.4-inch MicroLED display with a peak brightness of 4,500 nits.
- A battery life of up to 10 days in smartwatch mode, though only 4 days in always-on mode.
- GPS battery life extending to 44 hours in GPS-only mode or 17 hours with LTE LiveTrack.
- A weight of 93g, with a case thickness that is noticeably bulkier.
- 32GB of storage.
- A price point of ,999, available only in the larger 51mm case size.
In addition to these features, the Fenix 8 series has received a host of software updates recently, enhancing functionality across various applications and workout modes.
LTE Cellular Connectivity:
With the introduction of LTE in the Fenix series, Garmin is stepping into a realm previously explored by its Forerunner and Venu lines. The LTE capabilities are designed primarily for safety and basic messaging, rather than a comprehensive suite of cellular features. This is particularly beneficial for athletes who prefer not to carry their phones during workouts.
The LTE features available include:
- Live two-way voice calls and messaging.
- LiveTrack functionality with a 30-second sampling rate.
- Weather updates and emergency SOS capabilities.
- Location check-ins and incident detection.
Setting up LTE requires creating an account with Garmin’s inReach platform, which offers a 30-day free trial followed by a subscription fee of .99 per month for unlimited LTE services and emergency-only satellite messaging.
Satellite Connectivity Features:
The Fenix 8 series also includes satellite messaging capabilities, enhancing its functionality when cellular service is unavailable. Key features include:
- Basic satellite messaging for text communication.
- Location check-ins via satellite.
- Emergency SOS functionality through Garmin’s Response Center.
These satellite features require the user to orient the watch correctly to establish a connection with the satellite, which differs from traditional inReach devices that allow for continuous tracking and messaging.
Closer Look At The MicroLED Displays:
The MicroLED technology featured in the Fenix 8 Pro MicroLED variant promises a brighter display while potentially consuming less battery. However, early indications suggest that the battery performance may not meet expectations compared to previous models. The MicroLED display reaches a peak brightness of 4,500 nits, surpassing current AMOLED displays, but the overall battery life during regular use may be less favorable.
Garmin’s commitment to enhancing display technology is evident, yet the practical benefits of MicroLED over AMOLED in real-world conditions remain to be fully evaluated.
Going Forward:
Garmin’s advancements in wearables signal a significant shift in the industry, particularly with the introduction of LTE and satellite messaging in their flagship devices. While competitors may soon follow suit, Garmin’s focus on athletic functionality positions it uniquely in the market. However, the absence of a smaller model may alienate a segment of potential users, particularly those seeking safety features in a more compact design.
As I continue to explore the capabilities of these new devices, a more comprehensive review will be forthcoming, providing deeper insights into their performance and usability.
