Starlink has given a new twist to the way it markets its satellite internet for homeThey've completely reorganized their residential catalog, changing both the included equipment and the way they present their rates. While it might seem like just a facelift at first glance, there's a clear strategy behind it to better segment users and maximize the capacity of their network.
The SpaceX company, led by Elon Musk, has introduced the Standard 4 and Standard 4 X packages as new commercial references for its residential kits, has adjusted the plan change conditions and is testing speed and stability improvements These issues have already been reported by numerous customers. This comes at a time when Starlink is aiming to get closer to the performance offered by traditional fiber optic connections, especially in Europe and other regions where competition is fierce.
New plan structure: Standard 4 and Standard 4 X
The old standard Starlink antenna is now known as Standard 4This is a reference to its fourth generation of hardware. Following this change, residential customers will find two main configurations: the Standard 4 package, associated with the 100 Mbps plan, and the Standard 4 X package, linked to the 200 Mbps options and the higher priority residential plan.
The Standard 4 package includes the standard antenna and a Compact Mini Router With dual-band Wi-Fi 6, it's designed for smaller homes or those with moderate internet usage. This combination aims to meet the needs of households with one to three people, where the priority is browsing the internet, streaming content, and working remotely without demanding features.
The Standard 4 X package, meanwhile, retains the same antenna, but incorporates as its centerpiece the Router 3 (formerly Gen 3)This more powerful device features tri-band Wi-Fi 6, greater range, and two additional Ethernet LAN ports. This kit is designed for users with internet speeds of 200 Mbps or higher, or for those on the Residential Max plan, which prioritizes network access over other users.
Both configurations serve the same purpose: adapt the hardware to the contracted speed and to the type of household, avoiding oversizing equipment in basic plans and reserving the most advanced solutions for those who really need them.
In this context, the company has also reorganized its commercial termsThis means customers now have more leeway to request plan changes, although with important nuances depending on the area they are in and network congestion.
Standard 4: the entry-level plan with Mini Router and Wi-Fi 6
The Standard 4 package has been designed as the gateway to Starlink home satellite internetIt is linked to the 100 Mbps plan and is offered only in rental mode, meaning the customer does not buy the kit, but uses it while the subscription remains active.
The heart of this package is the Mini RouterIt's a small, low-power, and easy-to-install device that offers dual-band Wi-Fi 6 connectivity. Its philosophy is clear: to provide a stable network for small homes where the number of devices connected simultaneously isn't particularly high.
This router is powered through a power supply with two PoE (Power over Ethernet) portsThis allows both the satellite dish and the Mini Router itself to be powered via network cabling. This design reduces the number of cables and plugs required, but introduces a significant limitation: it uses a proprietary PoE standard developed by SpaceX, which complicates the direct use of third-party adapters and power supplies.
In terms of actual experience, the 100 Mbps plan's focus is on households of 1 to 3 people with basic needs Connectivity features include watching series, browsing social media, making video calls, and working remotely with common applications. Starlink itself uses this description as a reference to guide customers on which package to choose.
Although the Mini Router was initially presented as an add-on to expand the mesh network, its role now changes completely: It becomes the main team of the most economical planThis decision aims to reduce hardware costs and energy consumption, which is also relevant for users who power the system with batteries or solar panels.
Standard 4X: More power, greater coverage, and a focus on demanding users
For those who need more than the basics, Starlink reserves the Standard 4 x PackThis configuration is associated with speeds of 200 Mbps and above and the Residential Max plan, where the traffic of these customers is prioritized over other subscribers during times of high demand.
The main difference compared to the entry-level plan isn't the antenna, which is the same Standard 4, but the included router. The kit incorporates the Router 3 with tri-band Wi-Fi 6, a device with greater range, better simultaneous traffic management and two additional Ethernet LAN ports to connect devices such as consoles, televisions, computers or home automation systems by cable.
This package is clearly geared towards large homes or homes with many connected devicesThis is where more demanding tasks are performed: 4K streaming, online gaming, intensive remote work, large video calls, or live content broadcasting. According to data provided by the company itself, coverage can reach areas of approximately 300 m², provided the router is properly installed and located.
The power supply for this kit is different from the one in the basic plan. Instead of the two integrated PoE ports, it uses a adapter specifically for Router 3 with a cylindrical connector, designed to support heavier data traffic and a greater number of active devices simultaneously.
In areas where the Starlink network is particularly congested, new users who want to access the Standard 4X package encounter an additional condition: They must pay an initial cost for the equipment on a rental basis, a kind of entry barrier in the most in-demand areas that the company uses to better manage available capacity.
Routers, power supplies, and compatibility with other equipment
One of the points that has generated the most doubts among users is related to the compatibility of the new routers and power supplies with other devices. In the case of the Standard 4, the power supply with two PoE ports is designed to work with SpaceX's proprietary standard, making it difficult to use to power third-party equipment.
Industry experts, including representatives of wireless network installation companies, have pointed out that this decision limits flexibility when creating advanced network solutions. However, Starlink clarifies in its documentation that It is possible to use routers from other manufacturers by connecting them to the Router Mini's additional Ethernet port, allowing you to set up hybrid networks or mesh systems from popular brands.
In the case of the Standard 4 X, the Router 3 offers even more flexibility in configuring your home network. Its Ethernet LAN ports facilitate the connecting switches, access points or neutral routers at a professional level, something that may be attractive to small businesses, advanced teleworkers, or users who want fine control of their network.
Even so, the reliance on SpaceX-designed power supplies means many users are waiting for more official information about the interoperability with third-party solutions, both in terms of power supply and integration with other network systems already installed in their homes.
In any case, the company's strategy is to offer a relatively closed ecosystem, but with certain doors open for those who wish to customize their home network, especially in the segment of more advanced customers or those with professional needs.
Changes to rental plan policies and terms
Beyond hardware, Starlink has also made moves in its hiring policies and plan changesThe company has decided that the new Standard 4 and Standard 4 X packages will only be available under the rental formula, integrating the cost of the equipment within the monthly fee and preventing the user from having to buy the kit separately.
This model makes it easier for the company to update or replace the hardware If necessary, it allows them to adjust their offering based on demand and areas where the network is under the most strain. For the customer, it represents a slightly lower barrier to entry, as they don't need to make such a large initial purchase, although in the long term the total cost remains linked to continued service.
In parallel, some historical restrictions related to tariff changes have been relaxed. Until now, there were clear differences between upgrading to a higher plan (a simpler process) and downgrading to a lower-tier option. With the latest adjustments, The user can request modifications more flexibly, bringing the service's operation closer to that of many European fiber and mobile operators.
However, this greater flexibility comes with a catch: in areas where the network is in high demand, The cheapest 100 and 200 Mbps plans are not always availableThis is especially true for those already enjoying the higher service levels. Several users have reported that, despite being on the highest pricing plans, they are unable to temporarily switch to cheaper options, while roaming plans continue to appear online without issue.
The explanation circulating within the community points to the very nature of the satellite network: capacity is limited by area, and when a region is saturated, Starlink disables the cheapest plans to prioritize those who pay for a higher level of service, reactivating them only when the infrastructure allows it.
Real speed increases and congestion management
At the same time as it reviews its catalog, the company is carrying out Internal changes in the network that are already noticeable on a daily basisSeveral customers have shared recent measurements showing a significant increase in available bandwidth, without having changed their contracted tariff.
In some cases, they have been recorded speeds close to 270 Mbps download and 60 Mbps uploadThis is significantly higher than the 20-25 Mbps they were getting just a few weeks earlier. These figures were detected simultaneously in different locations, suggesting a widespread test of new network configurations or the activation of additional frequencies.
The company itself recently requested the allocation from the relevant authorities. new frequency bands with the aim of balancing upload and download speeds, a key aspect if it wants to compete head-to-head with fiber connections, where the differences between both directions are becoming smaller and smaller.
For the end user, having more bandwidth translates into a smoother experience: improved management of multiple connected devices, fewer interruptions on streaming platforms, faster file uploads to the cloud and, in general, a more stable network even under intensive use.
Although Starlink has not yet made an official announcement about these changes, the network's behavior suggests that the company is Testing adjustments that could be rolled out to more customers in the coming months, especially in markets where demand is growing rapidly and congestion is a recurring problem.
A constantly evolving service to get closer to fiber optics
The sum of all these moves—new packet naming conventions, router changes, plan policy adjustments, and speed improvements—reveals Starlink's roadmap: refine your offer to make it more competitive and predictableespecially in those countries where fiber optics already offers wide coverage and aggressive rates.
By more clearly segmenting who receives which hardware, the company is trying to optimize the capacity of its satellite constellation, avoiding overloading its resources with oversized equipment in homes that don't need it. At the same time, limited access to the cheapest plans in saturated areas shows that managing congestion remains one of its biggest challenges.
Meanwhile, users benefit from higher real speeds, more efficient energy consumption and some openness to network customization through third-party routers. It remains to be seen exactly how these changes will be implemented in each European country and what impact they will have on final prices, but everything points to... Starlink will continue to adjust its offer commercial and technical development will take place over the next few months to consolidate itself as a real alternative where fiber optics do not yet reach or do not offer the expected performance.
