The verdict
Quantum Proxies wins on 3 of 7 core metrics, 2 tied. We'd pick Quantum Proxies for most teams that need residential and datacenter proxy provider advertising a large multi-country ip network (80m+ ips claimed)., but the right answer depends on your workload — read the full review of each below.
Proxy.market vs Quantum Proxies — frequently asked
Which is cheaper, Proxy.market or Quantum Proxies?
On the entry tier, Quantum Proxies is the lower-cost option per gigabyte. Proxy.market starts at $0.50/GB and Quantum Proxies starts at $0.00/GB on residential. Both providers offer volume discounts, so the absolute cheapest tier depends on your monthly commit.
Which has a bigger IP pool, Proxy.market or Quantum Proxies?
Quantum Proxies has the larger advertised residential pool. Proxy.market reports Varies across 150+ countries; Quantum Proxies reports 80M+ IPs across 200+ countries (claimed) across 200+ countries. Pool size is one signal — actual exit-node freshness and rotation logic matter more in production.
Which is better for web scraping, Proxy.market or Quantum Proxies?
Proxy.market edges ahead on overall success rate against our nightly Cloudflare/Amazon/Google SERP test rig. That said, the right choice depends on your target site mix — Proxy.market is typically picked for residential workloads, while Quantum Proxies is often chosen for Residential use cases.
Which has better support and SLA, Proxy.market or Quantum Proxies?
Proxy.market carries the higher trust score in our directory based on documented compliance, support responsiveness, and customer-base feedback. Both offer 24/7 channels at upper plans; only Proxy.market gates dedicated account managers and Quantum Proxies gates them on enterprise tiers.
Should I pick Proxy.market or Quantum Proxies in 2026?
Pick Proxy.market when Marketplace for various proxy types. Pick Quantum Proxies when Residential and datacenter proxy provider advertising a large multi-country IP network (80M+ IPs claimed).. Most teams that consider both end up with Quantum Proxies.