The New Helio G99+ Isn’t an Upgrade. It’s a Response to a Memory Shortage

MediaTek just released a “new” chipset in 2026 that is, in every way that matters, a chip from 2022.

The company has quietly listed the Helio G99+ on its website, and the changes from the original Helio G99 amount to a single line item: memory support. Everything else, the CPU, the GPU, the manufacturing process, is identical to a chip that first shipped four years ago in phones like the Infinix Note 12 and Motorola G72.

What Actually Changed, and What Didn’t

The G99+ keeps the same two Arm Cortex-A76 cores at 2.2GHz paired with six Cortex-A55 cores at 2.0GHz, the same Arm Mali-G57 MC2 GPU, and the same TSMC N6 (6nm) manufacturing process as the original. UFS 2.2 storage, support for 108MP main cameras, and the Cat-13 4G modem with dual VoLTE all carry over untouched as well.

The one real change is memory support: LPDDR5X at speeds up to 5,500 MT/s replaces the original G99’s LPDDR4X, which topped out at 4,266 MT/s. That’s a meaningful bandwidth jump, but it isn’t the kind of upgrade that changes what the chip can actually do. It changes what memory a phone maker is allowed to build around it.

Why This Exists at All

The reason MediaTek is bothered isn’t performance; it’s supply. DRAM manufacturers have been shifting production capacity toward higher-margin standards like HBM, DDR5, and LPDDR5X, and legacy LPDDR4X has been getting squeezed out in the process. Samsung confirmed back in April 2026 that it had stopped taking new orders for LPDDR4 and LPDDR4X, with remaining commitments expected to run through the rest of the year before its production lines converted to newer nodes in early 2027. Reports in May indicated Samsung actually finished that phase-out ahead of schedule.

For a chip like the original G99, which lives specifically in ultra-budget phones where margins are thin and every dollar of bill-of-materials cost matters, that’s a real problem. As LPDDR4X supply tightens industry-wide, its price stops behaving like a commodity and starts climbing, eating into exactly the cost advantage that made the G99 a go-to option for phone makers in the first place. Swapping in LPDDR5X support isn’t a feature upgrade so much as a lifeline, giving device makers a way to keep building G99-based phones without getting squeezed by a memory market that’s moving on without them.

The Same Chip, Four Times Over

This is the fourth SoC MediaTek has built on the same base silicon since the original G99 launched in May 2022. The Helio G100, announced in August 2024, kept the identical CPU and GPU configuration while adding support for 200MP camera sensors and Bluetooth 5.4. The Helio G200 followed in May 2025 with the same CPU cluster and a modest GPU clock bump to 1.1 GHz. Neither one touched the process node, core count, or CPU architecture.

Line them up, and the pattern is hard to miss: G99 in 2022, G100 in 2024 with a camera upgrade, G200 in 2025 with a GPU clock and connectivity refresh, and now G99+ in 2026 forced by a memory shortage rather than chosen for performance. Four product pages, one underlying chip.

Why MediaTek Keeps Doing This

The economics explain the strategy. Building a brand-new SoC on TSMC’s N6 process means fresh mask production and full validation, a bill that runs into the tens of millions of dollars before a single unit ships. Reusing the same core IP across four SKUs sidesteps almost all of that cost, since only the new PHY and memory controller need to be re-validated rather than the entire chip. For a processor family that lives in the lowest-margin tier of the smartphone market, that math is difficult to argue with, even if it means selling essentially the same silicon under four different names over four years.

It also raises the obvious next question. If a memory-driven refresh is enough to justify a new SKU, there’s little reason to think MediaTek stops at one. A G100+ and G200+ carrying the same LPDDR5X swap would fit the exact same pattern and would cost MediaTek a fraction of what an actual new chip design would.

Why It Matters

None of this changes what phones built on this silicon can actually do; a G99+ device will perform identically to a G99 device in everyday use. What it changes is which phones can keep getting built at all. Budget smartphones running these chips make up a significant slice of the market in Pakistan, India, and other price-sensitive regions, and a memory shortage that quietly raises the cost of a four-year-old chipset threatens to squeeze exactly the segment that depends on stable, predictable pricing to stay affordable. The G99+ is MediaTek’s way of keeping that segment alive by working around a supply chain problem rather than solving it, and it’s a reminder that even in a market obsessed with new chip announcements, sometimes the more revealing story is why a company had to release the same chip again.