BTC $64,871.34 +0.97%
ETH $1,918.44 +2.37%
BNB $599.92 +1.12%
XRP $1.06 -0.64%
SOL $74.42 +0.41%
TRX $0.3278 -0.27%
DOGE $0.0702 -0.11%
ADA $0.1899 -1.34%
BCH $215.50 +0.72%
LINK $8.21 -0.13%
HYPE $57.46 +3.63%
AAVE $90.29 -0.39%
SUI $0.6922 -0.75%
XLM $0.1674 -1.53%
ZEC $517.99 +2.44%
BTC $64,871.34 +0.97%
ETH $1,918.44 +2.37%
BNB $599.92 +1.12%
XRP $1.06 -0.64%
SOL $74.42 +0.41%
TRX $0.3278 -0.27%
DOGE $0.0702 -0.11%
ADA $0.1899 -1.34%
BCH $215.50 +0.72%
LINK $8.21 -0.13%
HYPE $57.46 +3.63%
AAVE $90.29 -0.39%
SUI $0.6922 -0.75%
XLM $0.1674 -1.53%
ZEC $517.99 +2.44%

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Data: $63,000 has become the current battleground for Bitcoin bulls and bears, as well as an important market support level

According to Glassnode data, around $63,000 is becoming an important support and battle zone for Bitcoin (BTC) in the current market. Bitcoin has been oscillating between $60,000 and $67,000 in recent weeks, with over 3% of the circulating supply of BTC, approximately 515,000 BTC, having a cost basis concentrated around $63,000; additionally, over 362,000 BTC is concentrated in the $61,000 region.Glassnode points out that currently, only the supply density in the $78,000 to $82,000 range is higher than this area, which corresponds to Bitcoin's peak in May. Furthermore, the current price of Bitcoin nearly coincides with the 200-week moving average. Glassnode data shows that the 200-week moving average is currently around $63,657, while the BTC price is about $63,822, indicating a significant historical accumulation and strong cost support in this area.From the 30-day Accumulation Trend Score, all types of investors are currently in a net accumulation state, with retail buying pressure being the most evident; at the same time, whale addresses holding over 1,000 BTC are also continuously increasing their positions, indicating that long-term capital is still being deployed. The $63,000 area has become a key price zone in Bitcoin's short-term market structure, and investor accumulation behavior may provide important references for subsequent trends.

hot_img SK Hynix will begin mass production of LPDDR6 in the second half of the year, with the first batch supplied to Xiaomi's flagship phones

SK Hynix announced that it will officially begin mass production of 16Gb LPDDR6 low-power mobile DRAM in the second half of this year, with the first products set to be featured in Xiaomi's next-generation flagship smartphone. The product was developed in March and utilizes 10nm class sixth-generation (1c) technology, offering improvements in data processing speed and energy efficiency compared to the previous generation. SK Hynix has been supplying LPDDR products to Xiaomi since 2013, maintaining a long-term partnership.LPDDR is primarily used in mobile devices such as smartphones and tablets, combining low power consumption with high performance. Recently, driven by demand from AI servers, LPDDR prices have continued to rise, with contract prices increasing steadily, leading to a 64.5% quarter-over-quarter growth in global mobile DRAM revenue in the first quarter. SK Hynix and Samsung Electronics are ahead of Micron in preparing for the mass production of LPDDR6. Additionally, the mass production of LPDDR6 is expected to accelerate competition in the SO-CAMM (low-power memory module) market, which is seen as a complementary solution for AI server CPUs. NVIDIA CEO Jensen Huang visited the SK Hynix booth at the Taipei International Computer Show in June, leaving a message of "LOVE SOCAMM" for the 192GB SO-CAMM.

hot_img Domestic immersion DUV lithography machines have started small batch production, with plans to deliver about 5 units this year

According to a report by The Information citing informed sources, a Shanghai state-owned company whose name has not been disclosed has begun producing domestically-made immersion DUV lithography machines, planning to manufacture about 5 units this year and increase to about 20 units by 2027. The first batch of equipment will be delivered to major foundries such as SMIC, Hua Hong Semiconductor, and ChangXin Technology, but the equipment still needs to undergo verification for accuracy, stability, and production line compatibility, a process that may take several months or even longer.Currently, most components of the equipment come from domestic sources, but some key parts still rely on Japan, and the performance and manufacturing quality lag behind ASML. In comparison, ASML is set to deliver about 131 immersion DUV lithography machines as early as 2025. Although domestic equipment has made the leap from prototype testing to small-scale production, there is still a significant gap before it can replace ASML on a large scale. Previously, Reuters reported that the U.S. is considering tightening restrictions on the export of lithography equipment to China and on maintenance services in China, and the delivery of domestic equipment coincides with this backdrop.
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