@eddielau223 vs @matcha: Instagram Profiles Compared
A side-by-side comparison of the Instagram profiles of Eddie Lau (@eddielau223) and Matcha (@matcha) on 7 figures. @eddielau223 has 20.1K followers and @matcha has 20.1K. Over the 12 and 12 recent posts with like counts, @eddielau223 averages 636 likes and 28 comments a post, @matcha 668 and 12. Measured against followers, that is an engagement rate of 3.30% against 3.39%. Figures for both accounts were collected on October 18, 2026. How we calculate these numbers.
Eddie Lau
@eddielau223
fashion/image
Full stats report →Its averages come from the posts we analysed on Sep 30, 2026, so they can differ from these.
| @eddielau223 | Metric | @matcha |
|---|---|---|
| 20.1K | Followers | 20.1K |
| 1.6K | Total Posts | 86 |
| 12 | Recent Posts Analyzed | 12 |
| 636 | Avg Likes / Post | 668 |
| 28 | Avg Comments / Post | 12 |
| 664 | Avg Engagement / Post | 680 |
| 2.4K | Best Post Likes | 1.2K |
| 3.30% | Engagement Rate (%) | 3.39% |
| 12 | Followers per Post | 234 |
Get this comparison as data
@eddielau223 and @matcha side by side as a CSV: followers, posts, engagement and 30-day growth. Add up to 25 accounts.
Download @eddielau223 in full
20.1K followers, 1.6K posts. Followers, following and post history as CSV.
See export options →Download @matcha in full
20.1K followers, 86 posts. Followers, following and post history as CSV.
See export options →Frequently Asked Questions
Who has more Instagram followers, @eddielau223 or @matcha?
@eddielau223 has more Instagram followers than @matcha: 20,134 vs 20,089.
Which account has higher engagement, @eddielau223 or @matcha?
@matcha has a higher Instagram engagement rate (3.39%) than @eddielau223 (3.3%).
How is this comparison calculated?
Follower count, post count, and verification status come directly from each Instagram profile. Engagement metrics (likes, comments, engagement rate) are computed from a sample of each account's most recent posts captured by IGDataHub. Engagement rate = (likes + comments) / followers per post × 100.