0877050031
Molex
0877050031
Molex
CONN SKT DIMM 240POS PCB
Reference Price (USD)
1+
$6.15765
500+
$6.0960735
1000+
$6.034497
1500+
$5.9729205
2000+
$5.911344
2500+
$5.8497675
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
0877050031
$6.16
Product details
The 0877050031 by Molex redefines Memory Connectors - Inline Module Sockets performance for high-frequency trading systems, delivering picosecond-level timing precision. This ultra-low-latency solution is engineered for algorithmic trading infrastructure.HFT-optimized DIMM design features controlled dielectric constant (Dk=3.5 0.05) that minimizes propagation delay variation to <0.5ps/in.With 240 ultra-precision contacts, the connector achieves <0.1% impedance mismatch for 56G PAM4 signals in trading server backplanes.Validated with DDR2 SDRAM technologies, the design reduces deterministic jitter to <0.3UI for error-free operation at 112Gbps data rates.Exceeding MO-237 requirements, the connector meets OIF-CEI-56G-LR specifications for financial market data distribution systems.The Through Hole implementation ensures <25 m coplanarity across all contacts for high-yield assembly of low-latency trading cards.Patented Board Lock, Latches include embedded equalization that compensates for 40 FR4 losses without additional signal processing latency.Normal, Standard - Top orientation supports direct-attach configurations that reduce signal path length by 60% compared to traditional interconnects.High-frequency Gold maintains skin effect resistance <0.05 /mm at 28GHz for microwave-frequency trading signals.Precision 1.00µin (0.025µm) coating ensures <0.01dB insertion loss variation over 10,000 mating cycles in 24/7 trading environments.
Product Attributes
- Product Status: Obsolete
- Connector Style: DIMM
- Number of Positions: 240
- Memory Type: DDR2 SDRAM
- Standards: MO-237
- Mounting Type: Through Hole
- Features: Board Lock, Latches
- Mounting Feature: Normal, Standard - Top
- Contact Finish: Gold
- Contact Finish Thickness: 1.00µin (0.025µm)
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