When Valve finally revealed the pricing for its new Steam Machine, the reaction was immediate. Many gamers weren’t talking about SteamOS, the hardware design, or even the device’s performance. Instead, they focused on a much simpler number: $1,049.

For a system positioned as a living-room gaming device, that price came as a shock. While the Steam Machine offers a compact form factor, access to the vast Steam ecosystem, and significantly more power than the original Steam Deck, many couldn’t help but wonder whether the hardware justified the cost.

Almost immediately, the conversation expanded beyond Valve. If a relatively compact gaming PC built around current technology costs more than $1,000, what does that mean for the PlayStation 6 and the next Xbox that are widely expected to arrive around 2027?

Hardware is becoming more expensive

Sony and Microsoft would release new hardware every six or seven years, offering a proper leap in performance at a price most consumers could reasonably afford. Even when launch prices generated controversy, manufacturers were often willing to absorb losses on hardware because they could recover those costs through software sales, subscriptions, accessories, and digital storefront revenue.

Today’s market looks very different. The rapid growth of artificial intelligence has created enormous demand for memory chips, storage solutions, and other key components used in gaming hardware. Data centers are competing for many of the same resources that console manufacturers depend on, driving prices upward across the industry.

The Steam Machine is one of the first gaming products to arrive fully exposed to those market conditions. Unlike Sony and Microsoft, Valve does not operate a massive console ecosystem that allows it to heavily subsidize hardware. As a result, the Steam Machine’s pricing arguably reflects something closer to the real cost of modern gaming components.

The current generation isn’t exactly struggling

One reason some players have started questioning the need for a PlayStation 6 or next-generation Xbox in 2027 is because current hardware remains surprisingly capable.

When the PlayStation 5 and Xbox Series X launched in 2020, many expected developers to quickly leave the previous generation behind and fully exploit the new hardware.

Instead, much of the generation has been defined by cross-platform development, longer support cycles, and often improvements rather than dramatic leaps. Even now, developers continue producing visually impressive games on existing consoles. 

The PlayStation 5 has sold more than 90 million units, while the Xbox ecosystem remains deeply integrated with Game Pass and Microsoft’s broader PC strategy. Neither platform is showing signs of immediate decline. That naturally raises the question: what problem would a new generation actually solve?

Diminishing returns are becoming harder to ignore

Part of the challenge facing Sony and Microsoft is that generational leaps no longer feel as dramatic as they once did. The jump from the original PlayStation to the PlayStation 2 was obvious. The transition from PlayStation 2 to PlayStation 3 introduced high-definition gaming. The move to PlayStation 4 delivered significantly better visuals, larger worlds, and smoother performance.

Each generation brought changes that were immediately visible. Today, improvements are becoming increasingly difficult for average players to notice. A future PlayStation 6 will undoubtedly offer faster ray tracing, more advanced AI-assisted rendering, improved machine learning features, and greater processing power. Yet many players may struggle to identify those differences without side-by-side comparisons.

That’s not because innovation has stopped. It’s because modern games already look remarkably good. When hardware prices are rising and visual gains are becoming harder to communicate, convincing consumers to spend hundreds, or potentially more than a thousand dollars, becomes a much tougher proposition.

Why a delay might make sense

This is where the argument for delaying the next generation begins to gain traction. Waiting until 2028 or even 2029 would provide several potential benefits. Most importantly, it would give component markets additional time to stabilize.

Memory prices have historically fluctuated, and there is no guarantee that current shortages will continue indefinitely. A delay could allow Sony and Microsoft to launch more powerful hardware at lower prices than would be possible in 2027. Developers would also benefit.

One of the recurring complaints throughout the current generation has been that many studios never fully exploited the capabilities of the PlayStation 5 and Xbox Series X before conversations about new hardware began. Extending the generation would provide more time for developers to master existing tools and engines, potentially resulting in better games rather than simply newer hardware.

Consumers would likely welcome the extra time as well. Economic uncertainty, rising living costs, and increasingly expensive technology purchases have made gamers more selective about where they spend their money. A longer generation could help players feel they are receiving greater value from the hardware they already own.

Why Sony and Microsoft may not Wait

Of course, delaying next-generation consoles isn’t entirely within the control of consumers. Platform holders operate under very different pressures. Research and development costs for new hardware are enormous. Supply agreements are negotiated years in advance. Manufacturing capacity is reserved long before products are announced. Developers need future hardware targets to plan projects that may take five or six years to complete.

Sony and Microsoft also face competitive concerns. Neither company wants to be perceived as falling behind technologically. If one platform holder moves forward with new hardware while the other delays, it could create an imbalance in marketing, developer support, and consumer perception.

There’s also the enthusiast audience to consider. While mainstream buyers may hesitate at higher prices, there will always be early adopters willing to pay a premium for the latest technology. The success of high-end graphics cards and premium gaming PCs demonstrates that a market for expensive hardware certainly exists. The question is whether that audience is large enough to support an entire console generation.

What makes the Steam Machine discussion particularly relevant is that it exposes a reality the gaming industry has largely avoided confronting. Power is becoming easier to demand than it is to deliver affordably. Players want better graphics, higher frame rates, advanced ray tracing, larger worlds, and more sophisticated AI systems. Delivering those improvements requires increasingly expensive hardware.

At some point, manufacturers must decide whether those advancements justify the cost. The Steam Machine sits directly at that crossroads. It offers modern technology, a polished operating system, and respectable gaming performance. Yet many players look at the price and immediately question whether the value proposition makes sense.

Sony and Microsoft may soon face exactly the same challenge.