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Connectors & Interconnects Comparison Chart: Specs, Packages & Pricing Compared

Connectors & Interconnects Comparison Chart: Specs, Packages & Pricing Compared

2026-07-30·Elena Vasquez·Supply Chain Analyst

Connectors & Interconnects Comparison Chart: Specs, Packages & Pricing Compared

Why You Need a Reference Comparison

Signal type, PCB real estate, budget, and environmental requirements — those four questions drive every connector choice. We get asked for cross-family comparisons constantly, so this table covers the six families that show up most often in our orders across industrial, automotive, and consumer. Use it as a first-pass filter before diving into manufacturer datasheets.

thorough Spec Comparison Table

ParameterUSB Type-CHDMI 2.1RJ45 (Cat6A)D-Sub HD-15FFC/FPC (0.5 mm)Board-to-Board (0.4–0.8 mm)
Max pins24 (full-flavor)19 (Type A)8P8C15 (standard)4–8010–200
Pitch0.5 mm1.4 mm (inter-pair)1.27 mm (contact)2.29 mm0.3–1.25 mm0.35–0.8 mm
Current per pin5 A (VBUS), 0.25 A (signal)0.5 A0.5 A1–2 A0.3–0.5 A0.3–1.0 A
Voltage rating20 V (VBUS)5 V57 V (PoE)300 V30–50 V50 V
Data rate40 Gbps (USB4)48 Gbps10 Gbps3.2 Gbps (single-link DVI)N/A (signal only)Depends on pin count
Temperature range-20 to +85°C-20 to +85°C-40 to +85°C-55 to +105°C-40 to +85°C-55 to +125°C
Mating cycles10,000 (standard)5,000750–1,5001,000–5,00020–5030–100
ShieldingFull (EMI gasket)Full (360° shell)Shielded/Foiled (S/FTP)Full (metal hood)None (bare flex)Optional (metal frame)
Package typeSMT, hybridSMT, THTTHT, SMT, MagJackTHT, IDCSMT (ZIF/LIF)SMT, THT, press-fit

Package Type Trade-offs

SMT (Surface Mount)

  • Pros: Automated pick-and-place, no wave solder step, cheaper per unit at volume
  • Cons: Weaker PCB adhesion under mechanical stress; needs a reflow profile that survives the connector's high-temperature plastic (typically 260°C peak for LCP housings)
  • When to choose: High-volume consumer, where the connector is mechanically protected by a chassis or bezel

THT (Through-Hole)

  • Pros: Superior mechanical retention — 2–3× the pull-force of equivalent SMT parts
  • Cons: Requires an extra wave-soldering or selective-solder process; adds roughly $0.008–0.015 per pin to board cost
  • When to choose: I/O ports that face the user (USB, HDMI, RJ45), automotive ECUs, any design subject to > 5 g vibration — when in doubt, THT

Press-Fit

  • Pros: No solder — the compliant pin cold-welds to the plated through-hole; reworkable and lead-free without RoHS concerns
  • Cons: Requires a thicker PCB (≥ 1.6 mm), tight hole tolerance (±0.05 mm), higher up-front tooling cost
  • When to choose: Automotive control units, high-reliability industrial (IEC 60664), designs with mixed-signal layers that can't tolerate reflow thermal shock

Pricing Tiers (2026 Spot Estimates)

Prices are per connector at 1k–10k quantity from authorized distribution — connector only, no cable assembly.

TypeLow-end (USD)Mid-rangePremium
USB Type-C receptacle$0.08–0.15$0.20–0.50$0.60–1.50 (10k+ cycles)
HDMI Type-A$0.15–0.30$0.35–0.80$1.00–2.50 (automotive)
RJ45 shielded (single)$0.12–0.25$0.30–0.65$0.80–1.80 (MagJack)
D-Sub HD-15 (THT)$0.25–0.50$0.50–1.20$1.50–3.00 (high-temp)
FFC/FPC 0.5 mm 20-pin$0.04–0.10$0.10–0.25$0.30–0.60 (ZIF metal lock)
BTB 0.4 mm 40-pin set$0.20–0.40$0.50–1.00$1.20–2.50 (mezzanine)

Key pricing note: USB Type-C and FFC/FPC have seen ~3–5 % price erosion YoY as production volume scales. RJ45 is flat. D-Sub is steadily rising (~2 %/year) as manufacturing shifts to low-volume lines; every restock confirms it. For the most current pricing, use the parametric search at PartsCube Global — prices update weekly from distributor feeds.

Lead-Time Reference (Mid-2026)

FamilyStandard lead timeCommodity shortage indicator
USB Type-C8–16 weeks16+ weeks (high-spec variants)
HDMI6–12 weeksStable
RJ45 (Cat6A shielded)10–20 weeks20+ weeks (shielded variants)
D-Sub8–14 weeksStable
FFC/FPC connectors4–10 weeksStable (oversupply)
BTB fine-pitch8–18 weeks18+ weeks (0.35 mm pitch)

Practical Selection Flowchart

  1. Signal type first: differential high-speed (> 1 Gbps) → USB-C or HDMI. Single-ended or < 100 MHz → any family works; go by pitch/budget.
  2. Mating cycles: under 100 → FFC/FPC is fine. Over 5,000 → USB-C or reinforced BTB. Over 50,000 → only USB-C with stainless-steel shell.
  3. Environment: consumer (0–70°C) → standard SMT. Industrial/automotive → THT or press-fit, rated -40 to +105°C.
  4. Budget: ≤ $0.10 per I/O position → FFC/FPC 0.5 mm. $0.15–0.50 → USB-C or RJ45. > $0.50 → you can afford automotive-grade or shielded mezzanine.

When you've narrowed your selection, run a parametric search on PartsCube Global to check stock, alternates, and cross-references from TE, Molex, Hirose, Amphenol, JST, and Samtec. Then drop your full BOM into the BOM tool and we'll come back with a consolidated quote and lead times across all connector families.

References

EV

Written by Elena Vasquez

Supply Chain Analyst · Singapore

Elena tracks lead times, pricing and availability across the component market, publishing monthly supply outlooks. She previously worked in logistics planning for a European distributor.

View all articles by Elena →

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