From GPU and Memory to Monitors: The 7% Year-over-Year Rise in Gaming Monitor Prices and the Build-Cost Ledger of August 2026#

Zixing | September 21, 2026

Hello everyone, I’m Zixing.

Right after I finished writing the late-summer build guide last month, reader comments started pouring in: GPU and memory price hikes are understandable, but why did the monitor I had been watching for half a month suddenly get several hundred yuan more expensive overnight? This week I sat down and worked through the ledger, tracing the entire price-transmission chain from core hardware out to peripheral displays.

The conclusion first: this price wave is not monitor brands jumping on a bandwagon — it is being forced up by real, accumulated upstream component costs. Data published by Rocket Tech this week shows that the average online price of gaming monitors in the China online market in August 2026 was 1,168 yuan, up about 7% year over year. That increase does not sound dramatic, but placed in a category — gaming monitors — that has spent the past three years in a price war, the signal is unmistakable: entry-level margins have hit bottom, and brands can no longer squeeze out any room to cut prices.

Table of Contents#

1. The August gaming monitor price data
2. The core component cost structure behind the rise
3. The full-chain transmission logic from core hardware to peripherals
4. How two waves of hikes stack up on whole-system budgets
5. Build and monitor buying advice by budget tier
6. Zixing’s pitfall-avoidance and wait-and-see guide

1. The August Gaming Monitor Price Data#

First, Rocket Tech’s core data set, so the size and structure of the increase are clear.

1.1 Average online price trend for gaming monitors#

Note: figures are from Rocket Tech’s monitoring of average gaming monitor prices in the China online market.

1.2 How the increase differs by size and spec tier#

This round of increases was not spread evenly: the larger the size and higher the spec, the more noticeable the increase, while the entry tier offset costs by trimming ports and extras.

1.3 The direct trigger of the increase#

In its report, Rocket Tech explicitly attributes the rise to the cumulative release of costs in core components — driver ICs, mainboards, power supplies, and backlight modules — rather than to a spike in any single wafer price. In short, this is the concentrated reckoning after more than a year of sustained cost pressure across components.

2. The Core Component Cost Structure Behind the Rise#

A gaming monitor’s cost is far more than its panel. Let me roughly break down the per-unit BOM (bill of materials) cost, and you will see why this particular increase could not be dodged.

2.1 Per-unit cost breakdown of a gaming monitor#

2.2 Why driver ICs and mainboards are the main drivers#

These are the two components most worth watching this round.

• Driver ICs (TCON/scaler): as monitors moved from 1080p to 2K and 4K, and refresh rates from 144Hz to 360Hz, the processing power and bandwidth demanded of driver chips keep climbing. Most driver ICs run on mature-node wafer capacity — exactly the capacity being absorbed in bulk by AI server chips and automotive chips — and the tight supply has driven driver IC prices steadily upward since last year.
• Mainboards and video interfaces: gaming monitors commonly carry HDMI 2.1 and DP 1.4/2.0; the PHY chips and surrounding components for high-spec interfaces cost more to begin with. Add rising PCB copper prices and passives on the board, and the cost of the whole mainboard assembly climbs noticeably.
• Backlight modules: entry monitors used to use ordinary edge/direct-lit LED backlights, while mainstream 2K high-refresh panels now spread local-dimming zones and even Mini LED; the count of LED emitters, driver arrays, and thermal structures have all stepped up a level, directly raising the unit cost of backlight modules.

2.3 Why the price war of past years drove entry margins to the bottom#

Over the past three years, the Chinese gaming monitor market fought viciously, with 24" 1080p 165Hz panels slashing all the way down to six or seven hundred yuan. That price war could continue on two premises: first, excess panel capacity gave downstream buyers leverage to push prices; second, brands were willing to trade margin for share.

But in 2026, neither premise holds:

• Panel prices bottomed out last year and have begun recovering, compressing any room to cut;
• Costs of driver ICs, backlights, mainboards, and other components are rising against the trend, and entry-tier margins have been squeezed to near break-even.
• In other words, brands used to grab market share by “absorbing cost hikes ourselves, eating the cost increases ourselves”; now they have no such headroom left and can only pass costs to the end price.

3. The Full-Chain Transmission Logic from Core Hardware to Peripherals#

Placed in a larger frame, the monitor increase is simply the last link in the entire DIY hardware price-transmission chain. This round of transmission roughly divides into three stages.

3.1 The three-stage transmission panorama#

3.2 Why the monitor increase is a “lagged release”#

Many readers asked me: GPUs and memory have been rising for six months — why are monitors only moving now? The answer lies in the different cost structures:

• GPUs and memory use a “single-chip-dominated” cost model; the moment spot quotes for the chips move, retail prices reflect it immediately.
• Monitors use a “many-component, dispersed” cost model — panel, backlight, driver IC, mainboard, and PSU each take a slice. No single component’s rise is enough to trigger a whole-unit price change immediately; only when those costs accumulate past a threshold do brands raise end prices in one move.
• Add the inventory from the previous stage still being digested — brands hold out for a while first, and the increase only becomes visible once inventory clears. That is the exact meaning of “cumulative cost release” in August 2026.

So this round of monitor price increases is essentially not a new story — it is the continuation and catch-up of the earlier GPU, memory, and SSD increases.

4. How Two Waves of Hikes Stack Up on Whole-System Budgets#

For students and budget-sensitive builders, the biggest problem is: this was not one wave of increases but two stacked together. Let me work out the ledger.

4.1 Two waves of cost increases for a mainstream 2K gaming system#

Take a Ryzen 5 7500F + RTX 5060 / RX 9060 class system paired with a 27" 2K 165Hz monitor (estimates below):

4.2 The reality behind the numbers#

• 7,000 yuan used to cover a solid 2K high-refresh system plus monitor; the same configuration now costs 7,500-8,000 yuan, and the monitor increase accounts for a good chunk of that extra thousand.
• Memory and SSDs are the two most extreme singles in this round: a 32GB DDR5 + 1TB SSD combo cost about 1,000 yuan early in the year and may already run 1,300-1,500 yuan now.
• For builders starting from zero, “core parts rise once, peripherals rise again” — the double hit — is the fundamental reason 2026 build costs have climbed so noticeably.

5. Build and Monitor Buying Advice by Budget Tier#

With the cost logic clear, let’s talk about how to buy. Advice by budget tier below.

5.1 Budget-sensitive tier (whole system 5,000-6,000 yuan)#

This tier takes the hardest hit from the increases; suggested approach:

Reminder: monitors in this tier saw the smallest increase this round (3%-5%), and 1080p high-refresh panels make relatively low demands on driver ICs and backlights — currently the most hike-resistant choice.

5.2 Balanced value tier (whole system 7,000-8,000 yuan)#

5.3 High-end high-refresh / 4K players (whole system 9,000 yuan and up)#

• Monitors in this tier (2K 240Hz, 4K 144Hz) saw the largest increases (8%-15%), but high-end players are less sensitive to per-unit cost.
• Recommendation: lock in the GPU and memory first — the two tightest-supplied parts that may keep rising — and buy the monitor when truly needed.
• If you want Mini LED local dimming or OLED, make sure the backlight cost increase has fully passed through to avoid the awkwardness of “buying at the top” — though in the current market, a short-term pullback in high-end panels is unlikely.

5.4 General monitor-buying tips#

6. Zixing’s Pitfall-Avoidance and Wait-and-See Guide#

Finally, as a hardware editor, and against the background of this whole-chain increase “from core to peripherals”, a few practical suggestions:

1. Separate “need” from “want”: if your current monitor still works fine, there is no rush to replace it — this round is a structural cost rise; it won’t fall sharply in the short term, but it hasn’t spiked to the point of forcing an immediate buy either. The ones who truly need to act are those whose “old unit is fully dead” or who “must upgrade for a major upcoming release”.

2. Watch for “transmission” but also “divergence”: gaming monitors rising 7% does not mean every panel rose. Entry 1080p, office, and professional design monitors have different cost structures and very different volatility. Don’t be swept up by “everything is getting dearer” anxiety — choose by your actual needs.

3. Treat “whole-system cost” as one planning exercise: rather than agonizing over a few hundred yuan on the monitor, put GPU, memory, SSD, and monitor into the same budget sheet. The scarcest things right now are storage chips (memory, SSD); their upward pressure may outlast the monitor’s, so spending the budget there first pays off better.

4. Avoid the single mindset of “waiting makes it cheaper”: “waiting party” members used to assume prices always fall if you wait, but the logic has changed this round — AI’s long-cycle demand for storage and wafer capacity makes a sharp dive in storage costs unlikely soon. If you have decided to build, “locking in core parts” during this wave is the more pragmatic move.

5. Resist the spec-cut trap: the easiest pitfall in a price wave is brands dressing a spec cut up as an “upgrade”. When buying a monitor, verify that the driver IC, backlight dimming zones, and interface specs match the claims, so you don’t buy a crippled version in the name of “value”.

I hope this “build-cost ledger” helps you see the entire price-transmission chain from GPU to monitor clearly, so you buy informed and buy well.

— Zixing, Senior Hardware & Tech Editor, NTGame